mhurhangee/patent-ind-claim-en huggingface dataset:
Method for producing any portions and formats of products , with a lining-up belt which conveys the products and at a transfer edge transfers them to a positioning belt by which the products are conveyed further as corresponding portion and/or the format concerned, wherein - the position of the transfer edge is moved relative to the portioning belt at least in one direction , and/or - the position of the portioning belt is moved relative to the transfer edge at least in one direction , and - and the produced formats are inserted into a corresponding format at packaging trays which are transported along a packaging machine , characterized in that the portioning belt is rotated about a vertical axis of rotation before the portions are inserted. - the position of the transfer edge is moved relative to the portioning belt at least in one direction , and/or - the position of the portioning belt is moved relative to the transfer edge at least in one direction , and - and the produced formats are inserted into a corresponding format at packaging trays which are transported along a packaging machine ,
Vehicle comprising a fuel tank having a bottom wall , a heat shield and an exhaust pipe formed by a duct terminating in an elongated exhaust silencer , said duct having a segment arranged upstream of the exhaust silencer and an elbow section connecting said exhaust silencer to said upstream segment , the heat shield being inserted between the bottom wall of the fuel tank and the exhaust pipe and extending along the upstream segment , the elbow section and the exhaust silencer , characterized in that the heat shield is made of three distinct parts , two end parts of which extend along the upstream segment and along the exhaust silencer , and a connecting part of which extends along the elbow section , and in that the connecting part of the heat shield is fastened to both end parts and is reinforced to withstand impacts of various projected bodies.
A mobile communication system comprising a base station apparatus communicating with a mobile station apparatus , wherein in a plurality of transmission points, Channel State Information-Reference Signals, CSI-RSs, that are reference signals for downlink channel measurement are transmitted, an allocation position of a CSI-RS in a transmission point has a subframe offset with respect to an allocation position of a CSI-RS in another transmission point, muting resources are configured for the CSI-RSs, allocation of the muting resources is configured according to a single muting interval or to a plurality of muting intervals, and subframes containing the CSI-RSs are specified by transmission cycles and offsets of the CSI-RSs, and wherein the base station includes means for providing the mobile terminal with information of the muting resources corresponding to each of the plurality of transmission points. Channel State Information-Reference Signals, CSI-RSs, that are reference signals for downlink channel measurement are transmitted, an allocation position of a CSI-RS in a transmission point has a subframe offset with respect to an allocation position of a CSI-RS in another transmission point, muting resources are configured for the CSI-RSs, allocation of the muting resources is configured according to a single muting interval or to a plurality of muting intervals, and subframes containing the CSI-RSs are specified by transmission cycles and offsets of the CSI-RSs, and
Electrical installation device having a device cap which is in the form of a flush-mounted device, can be fitted in a commercially available flush-mounting box and has a charger , in particular a universal charger, an electrical connection for an AC voltage power supply system and is completed by a central panel which is accessible at the front and a cover frame , wherein a charging connecting plug is provided on the front face of the device cap for the connection of a mobile telephone , as is a universal holder for holding/cradling this mobile telephone , the universal holder is in the form of a flap which can be opened downward through approximately 90° and is attached via a lower film hinge to the central panel or to the device cap , which flap forms a resting surface for holding the mobile telephone , characterized in that at least one side flap , which can be pivoted through approximately 180°, is connected via a film hinge to the flap in order in this way to create a larger resting surface for holding the mobile telephone .
A thermo-therapeutic apparatus comprising: a thermal ceramic module including a body , a first supporting plate located on the body , a second supporting plate located on the first supporting plate , an ascending and descending driving part coupled to a lower portion of the first supporting plate and configured to move the first supporting plate in a vertical direction on the basis of the body , and a ceramic member coupled to the second supporting plate ; a weight sensor provided on a lower surface of the second supporting plate configured to sense a body pressure of a user; and a controller configured to control setting and performance of a massage mode of the thermal ceramic module , wherein the controller is configured to control a driving height of the ascending and descending driving part according to the body pressure of the user sensed by the weight sensor , to provide the same pressure to the user through the ceramic member on the basis of a predetermined desired intensity, characterized in that the controller is configured to determine whether a predetermined time passes without a predetermined change of the pressure after the weight sensor senses a pressure greater than or equal to a first reference pressure and to control the thermal ceramic module so that the massage mode is automatically started only when a state in which the pressure is greater than or equal to the first reference pressure and does not vary is maintained for the predetermined time. a thermal ceramic module including a body , a first supporting plate located on the body , a second supporting plate located on the first supporting plate , an ascending and descending driving part coupled to a lower portion of the first supporting plate and configured to move the first supporting plate in a vertical direction on the basis of the body , and a ceramic member coupled to the second supporting plate ; a weight sensor provided on a lower surface of the second supporting plate configured to sense a body pressure of a user; and a controller configured to control setting and performance of a massage mode of the thermal ceramic module , wherein the controller is configured to control a driving height of the ascending and descending driving part according to the body pressure of the user sensed by the weight sensor , to provide the same pressure to the user through the ceramic member on the basis of a predetermined desired intensity, characterized in that the controller is configured to determine whether a predetermined time passes without a predetermined change of the pressure after the weight sensor senses a pressure greater than or equal to a first reference pressure and to control the thermal ceramic module so that the massage mode is automatically started only when a state in which the pressure is greater than or equal to the first reference pressure and does not vary is maintained for the predetermined time.
A mobile terminal comprising: a wireless communication unit to provide wireless communication; a display unit ; a user input unit ; and a controller coupled with the wireless communication unit , the user input unit and the display unit , the controller configured to: - display at least part of information on the display unit , - receive, via the user input unit , a signal for setting a region on the display unit by applying a touch operation, - receive, via the user input unit , a drag input to move the set region, - execute a scroll function to the displayed information, when the set region contacts with a boundary of the display unit , the mobile terminal being characterized by the controller further being configured to: - execute a refresh function for the information in response to the drag input, when the information cannot be scrolled any further in the direction of the drag input, wherein the refresh function includes re-receiving the information via the wireless communication unit and displaying the re-received information on the display unit . a wireless communication unit to provide wireless communication; a display unit ; a user input unit ; and a controller coupled with the wireless communication unit , the user input unit and the display unit , the controller configured to: - display at least part of information on the display unit , - receive, via the user input unit , a signal for setting a region on the display unit by applying a touch operation, - receive, via the user input unit , a drag input to move the set region, - execute a scroll function to the displayed information, when the set region contacts with a boundary of the display unit , - display at least part of information on the display unit , - receive, via the user input unit , a signal for setting a region on the display unit by applying a touch operation, - receive, via the user input unit , a drag input to move the set region, - execute a scroll function to the displayed information, when the set region contacts with a boundary of the display unit , the mobile terminal being characterized by the controller further being configured to: - execute a refresh function for the information in response to the drag input, when the information cannot be scrolled any further in the direction of the drag input, - execute a refresh function for the information in response to the drag input, when the information cannot be scrolled any further in the direction of the drag input, wherein the refresh function includes re-receiving the information via the wireless communication unit and displaying the re-received information on the display unit .
A multilayer motor vehicle pipe, in particular fuel pipe for motor vehicles, wherein the pipe has at least two layers, preferably at least three layers made of plastic, wherein at least one surface of at least one layer connected with an additional layer has a profiled design, wherein the profiling has maximums and minimums , characterized in that the profiling of the at least one profiled surface has a wavy or wavelike cross section, wherein the difference in height Δh between the maximums and the minimums directly adjacent to the maximums lies between 1 and 100 μm, primarily between 1 and 50 μm, and preferably between 1 and 25 μm, and wherein the distances a between the maximums and the minimums directly adjacent to the maximums of a profiled surface measure 1 to 100 μm. characterized in that the profiling of the at least one profiled surface has a wavy or wavelike cross section, wherein the difference in height Δh between the maximums and the minimums directly adjacent to the maximums lies between 1 and 100 μm, primarily between 1 and 50 μm, and preferably between 1 and 25 μm, and wherein the distances a between the maximums and the minimums directly adjacent to the maximums of a profiled surface measure 1 to 100 μm.
A modified paraffin wax for an electronic candle, characterized in that it comprises a prepared wax, a refined Fischer-Tropsch wax, K512 and an additive, wherein the respective compositions have a percentage proportion as follows: the prepared wax 40 - 50%, the refined Fischer-Tropsch wax 35 - 45%, K512 8 - 12% and the additive 4 - 6%.
An optical detector unit, of the hybrid type, operating in a given wavelength range and comprising, in superposed manner: - a first optical detector , comprising detecting elements formed in a semiconductor structure , each detecting element being intended to convert a flux of incident photons into an electrical signal, and - a first read out circuit, for reading the electrical signal from each detecting element , - an imaging system including a second optical detector intended for increasing the range of operating wavelengths of the optical detector unit and a second read out circuit for reading the electrical signals from the detecting elements of the second optical detector , the first read out circuit and the second read out circuit being integrated together, in a manner so as to form a common read out circuit , - the common read out circuit comprising of electrodes connected one by one to the detecting elements of the first optical detector by means of a first electrical contact , each first electrical contact being formed in an electrical interconnection hole that passes through the semiconductor structure , characterised in that each detecting element of the first optical detector comprises a photodiode including a doped zone that is annular and extending in the semiconductor structure 20 in a cylindrical manner around the electrical interconnection hole up to a predetermined depth, the doped zone being in electrical contact with the corresponding electrode . - a first optical detector , comprising detecting elements formed in a semiconductor structure , each detecting element being intended to convert a flux of incident photons into an electrical signal, and - a first read out circuit, for reading the electrical signal from each detecting element , - an imaging system including a second optical detector intended for increasing the range of operating wavelengths of the optical detector unit and a second read out circuit for reading the electrical signals from the detecting elements of the second optical detector , the first read out circuit and the second read out circuit being integrated together, in a manner so as to form a common read out circuit , - the common read out circuit comprising of electrodes connected one by one to the detecting elements of the first optical detector by means of a first electrical contact , each first electrical contact being formed in an electrical interconnection hole that passes through the semiconductor structure ,
Method for producing a thermal interface in a battery for a motor vehicle, comprising the steps of: - providing at least one battery module and at least one receiving structure with a receiving area , having a heat transfer surface , for receiving one side of the battery module in an intended installation position; - measuring the receiving area and/or the side of the battery module , by means of a measuring apparatus ; - ascertaining a size and shape of a gap which arises between the heat transfer surface and the side of the battery module in the intended installation position of the battery module , by means of a data processing device on the basis of the measurement; - ascertaining a dosing requirement for a heat transfer material for filling the gap on the basis of the ascertained size and shape by means of the data processing device ; - applying the heat transfer material to the heat transfer surface and/or the side of the battery module in accordance with the ascertained dosing requirement by means of a dosing apparatus ; - mounting the battery module in the intended installation position while pressing the applied heat transfer material by means of a mounting apparatus , whereby the pressed heat transfer material forms the thermal interface between the side of the battery module and the heat transfer surface , characterized in that the heat transfer material is applied in the form of a plurality of lines , wherein, during the ascertainment of the dosing requirement, respective cross sections of the lines are specified in a locally adjusted manner depending on the size and shape of the gap which is to be filled. - providing at least one battery module and at least one receiving structure with a receiving area , having a heat transfer surface , for receiving one side of the battery module in an intended installation position; - measuring the receiving area and/or the side of the battery module , by means of a measuring apparatus ; - ascertaining a size and shape of a gap which arises between the heat transfer surface and the side of the battery module in the intended installation position of the battery module , by means of a data processing device on the basis of the measurement; - ascertaining a dosing requirement for a heat transfer material for filling the gap on the basis of the ascertained size and shape by means of the data processing device ; - applying the heat transfer material to the heat transfer surface and/or the side of the battery module in accordance with the ascertained dosing requirement by means of a dosing apparatus ; - mounting the battery module in the intended installation position while pressing the applied heat transfer material by means of a mounting apparatus , whereby the pressed heat transfer material forms the thermal interface between the side of the battery module and the heat transfer surface , characterized in that
- A sub-caliber projectile of the kinetic energy type configured to neutralize a target (V2), the projectile comprising a perforating rod surrounded by a sabot made of light material and allowing the projectile to be fired from a weapon, the rod being extended by a stabilizing tail , the tail being connected to the rod by a connection means (L) which can be broken, the breaking being initiated by a control means integral with the projectile, the projectile being characterised in that the control means comprises a timing module connected to a programming interface and which is configured to be programmed before firing or during firing so as to ensure the breaking of the connection means (L) at a reference distance (Ref) relative to the target (V2) that is configured for neutralization of the target.
A purification arrangement for water sampling module , comprising a filtration device for purifying liquid water (W) intended for a combustion chamber of a vehicle , by being placed in a module body provided: - with a first interior compartment (C1) for housing the filtration device immersed in water in a mounted state of the module in a water tank ; and - a second interior compartment (C2) to house all or part of a feed pump ; the filtration device comprising: - an external component which has at least one inlet through which the liquid water (W) from the water tank can reach a filtration region (RF), an upper end , a bottom opposite the upper end and a side wall ; - a filter media , fixed to the external component extending in the filtration region (RF) between the bottom and the upper end ; and - an outlet for discharging filtered liquid water, the filter media being interposed between the at least one inlet and the outlet ; knowing that the filtration device has: - a connection assembly formed on the external component and comprising a fluid connection fitting (RC) for connection with a liquid water suction path (L8) belonging to the feed pump ; and - means (M1, M2) for preventing the presence of air bubbles in said suction path (L8), which are arranged upstream of the outlet formed by the fluid connection fitting (RC). - with a first interior compartment (C1) for housing the filtration device immersed in water in a mounted state of the module in a water tank ; and - a second interior compartment (C2) to house all or part of a feed pump ; - an external component which has at least one inlet through which the liquid water (W) from the water tank can reach a filtration region (RF), an upper end , a bottom opposite the upper end and a side wall ; - a filter media , fixed to the external component extending in the filtration region (RF) between the bottom and the upper end ; and - an outlet for discharging filtered liquid water, the filter media being interposed between the at least one inlet and the outlet ; - a connection assembly formed on the external component and comprising a fluid connection fitting (RC) for connection with a liquid water suction path (L8) belonging to the feed pump ; and - means (M1, M2) for preventing the presence of air bubbles in said suction path (L8), which are arranged upstream of the outlet formed by the fluid connection fitting (RC).
A photovoltaic structure for a roadway suitable for pedestrian and vehicular traffic, comprising: - at least one photovoltaic cell, - a non-opaque surfacing , covering at least the front face of said photovoltaic cell and having an outer surface which is both irregularly macrotextured and irregularly microtextured, the macrotexture comprising surface irregularities in the range 0.5 to 50 mm horizontally, the microtexture comprising surface irregularities which characteristic horizontal size of which is less than 0.5 mm, said outer surface allowing pedestrian and vehicular traffic, a macrotexture depth having a mean texture depth MTD measured according to the NF EN 13036-1 standard comprised between 0.2 mm and 3 mm, the non-opaque surfacing having a PSV value of resistance to polishing according to the NF EN 13043 standard of at least PSV 44 , better still PSV 50 , even better still PSV 53 , the mean texture depth MTD being at least 0.30 mm, better still at least 0.6 mm, said non-opaque surfacing being formed from a binder and non-opaque texturing elements having a size ranging from 0.4 to 4 mm, said texturing elements forming reliefs with different shapes and different sizes in order to obtain the macrotexture and the microtexture. - at least one photovoltaic cell, - a non-opaque surfacing , covering at least the front face of said photovoltaic cell and having an outer surface which is both irregularly macrotextured and irregularly microtextured, the macrotexture comprising surface irregularities in the range 0.5 to 50 mm horizontally, the microtexture comprising surface irregularities which characteristic horizontal size of which is less than 0.5 mm, said outer surface allowing pedestrian and vehicular traffic, a macrotexture depth having a mean texture depth MTD measured according to the NF EN 13036-1 standard comprised between 0.2 mm and 3 mm, the non-opaque surfacing having a PSV value of resistance to polishing according to the NF EN 13043 standard of at least PSV 44 , better still PSV 50 , even better still PSV 53 , the mean texture depth MTD being at least 0.30 mm, better still at least 0.6 mm,
A mobile device , comprising: a pressure detecting unit for detecting pressure and a magnitude of the pressure; a manipulation unit for receiving a user-manipulation, the manipulation unit comprising a proximity sensor unit arranged to detect whether a user is located at a predetermined proximity to the proximity sensor unit and to detect a gesture at a predetermined proximity to the proximity sensor unit; and a control unit for controlling the manipulation unit to activate in response to the pressure detecting unit detecting pressure, wherein, in response to the manipulation unit receiving the user-manipulation, the control unit is arranged to identify a function related to a specific application to be performed according to the user-manipulation and to perform the function related to the specific application, and wherein the function related to the specific application to be performed according to the user-manipulation is different according to the magnitude of the pressure detected by the pressure detecting unit. a pressure detecting unit for detecting pressure and a magnitude of the pressure; a manipulation unit for receiving a user-manipulation, the manipulation unit comprising a proximity sensor unit arranged to detect whether a user is located at a predetermined proximity to the proximity sensor unit and to detect a gesture at a predetermined proximity to the proximity sensor unit; and a control unit for controlling the manipulation unit to activate in response to the pressure detecting unit detecting pressure, wherein, in response to the manipulation unit receiving the user-manipulation, the control unit is arranged to identify a function related to a specific application to be performed according to the user-manipulation and to perform the function related to the specific application, and wherein the function related to the specific application to be performed according to the user-manipulation is different according to the magnitude of the pressure detected by the pressure detecting unit.