mhurhangee/patent-ind-claim-en huggingface dataset:
Carriage for a composite component for a sliding door system of a shower, having a base body with a bearing section for supporting a shower door clamp , and a slide section for displaceably supporting the carriage on a holding body for holding the shower door clamp including a sliding door leaf , which is clamped therein, by means of the carriage , characterized in that at least a first slide bearing , at least a second slide bearing and at least a roller are arranged along the slide section , wherein the at least one roller is arranged on the slide section between the at least one first slide bearing and the at least one second slide bearing in such a way that moisture and dirt as well as other deposits, being present on the holding body , are always removed from the slide bearings , which are each located in the respective direction of displacement of the sliding door leaf in front of the at least one roller , before the deposits are able to reach the at least one roller .
A vaccine composition comprising an immunogenically active peptide fragment consisting of at the most 40 consecutive amino acids of tryptophan 2,3-dioxygenase (TDO) of SEQ ID NO:1, wherein the immunogenically active peptide fragment comprises a polypeptide selected from the group consisting of: a) SEQ ID NO:3 (TDO 200-203 ); b) SEQ ID NO:6 (TDO 123-132 ); c) SEQ ID NO:9 (TDO 309-317 ); d) SEQ ID NO:13 (TDO 304-372 ); e) SEQ ID NO:17 (TDO 118-137 ); f) SEQ ID NO:18 (TDO 303-322 ); and g) a functional homologue of the polypeptide according to any of a) to f); the functional homologue being a polypeptide of identical sequence except that at the most three amino acids have been substituted; for use as a medicament. a) SEQ ID NO:3 (TDO 200-203 ); b) SEQ ID NO:6 (TDO 123-132 ); c) SEQ ID NO:9 (TDO 309-317 ); d) SEQ ID NO:13 (TDO 304-372 ); e) SEQ ID NO:17 (TDO 118-137 ); f) SEQ ID NO:18 (TDO 303-322 ); and g) a functional homologue of the polypeptide according to any of a) to f); the functional homologue being a polypeptide of identical sequence except that at the most three amino acids have been substituted;
A sensing assembly comprising: a light array comprising a plurality of light sources ; and a sensor array comprising a plurality of sensors disposed on a substrate, each sensor in optical communication with one of the plurality of light sources ; wherein at least one vent opening extends through the substrate of the sensor array ; wherein the sensors are nanofiber-based chemical sensors; characterised by a sensor optic comprising a plurality of optic elements, each optic element in optical communication with one of the plurality of light sources , wherein the optic elements are configured to collimate light from the light sources ; and wherein each of the plurality of sensors is in optical communication with one of the plurality of light sources via at least one of the plurality of optic elements . a light array comprising a plurality of light sources ; and a sensor array comprising a plurality of sensors disposed on a substrate, each sensor in optical communication with one of the plurality of light sources ; wherein at least one vent opening extends through the substrate of the sensor array ; wherein the sensors are nanofiber-based chemical sensors; characterised by a sensor optic comprising a plurality of optic elements, each optic element in optical communication with one of the plurality of light sources , wherein the optic elements are configured to collimate light from the light sources ; and wherein each of the plurality of sensors is in optical communication with one of the plurality of light sources via at least one of the plurality of optic elements .
An electrical steel sheet in which at least a part of either or both surfaces of a base steel sheet is coated with an insulation coating having an adhesive ability, wherein a difference between a peak temperature of a logarithmic decrement of the insulation coating and a curing start temperature is less than 80°C, and a difference between a logarithmic decrement of the peak temperature and a logarithmic decrement of the curing start temperature is 0.1 or more, wherein the logarithmic decrement is measured as described in the description, and wherein a temperature-logarithmic decrement curve obtained in a rigid pendulum test has a singular point, defined as the inflection point, at which an absolute value of the slope decreases toward zero and then increases again in a decrease region after the peak temperature, and the temperature corresponding to the inflection point in a decrease region after the peak temperature in this temperature-logarithmic decrement curve is defined as the curing start temperature. wherein a difference between a peak temperature of a logarithmic decrement of the insulation coating and a curing start temperature is less than 80°C, and a difference between a logarithmic decrement of the peak temperature and a logarithmic decrement of the curing start temperature is 0.1 or more, wherein the logarithmic decrement is measured as described in the description, and wherein a temperature-logarithmic decrement curve obtained in a rigid pendulum test has a singular point, defined as the inflection point, at which an absolute value of the slope decreases toward zero and then increases again in a decrease region after the peak temperature, and the temperature corresponding to the inflection point in a decrease region after the peak temperature in this temperature-logarithmic decrement curve is defined as the curing start temperature.
A support for light-emitting elements, the support comprising: - a mounting section with at least one mounting face , wherein the at least one mounting face has an arrangement direction and is configured for accommodating at least one light-emitting element arranged along the arrangement direction ; - a body section arranged adjacent to the mounting section ; and - conductors for providing electric connection from the body section to the at least one mounting face ; - wherein the at least one mounting face comprises at least three alternating contact sections along the arrangement direction , each alternating contact section corresponding to a conductor , wherein pairs of contact sections are separated by a respective insulating section, and - wherein the body section protrudes sidewards from the at least one mounting face ; - wherein the mounting section comprises a layered structure of conductors and insulating layers , the insulating layers forming respective insulating sections; - characterized in that the layered structure of conductors and insulating layers comprises an angled section , such that a length of the body section extends substantially parallel to the arrangement direction . - a mounting section with at least one mounting face , wherein the at least one mounting face has an arrangement direction and is configured for accommodating at least one light-emitting element arranged along the arrangement direction ; - a body section arranged adjacent to the mounting section ; and - conductors for providing electric connection from the body section to the at least one mounting face ; - wherein the at least one mounting face comprises at least three alternating contact sections along the arrangement direction , each alternating contact section corresponding to a conductor , wherein pairs of contact sections are separated by a respective insulating section, and - wherein the body section protrudes sidewards from the at least one mounting face ; - wherein the mounting section comprises a layered structure of conductors and insulating layers , the insulating layers forming respective insulating sections; - characterized in that the layered structure of conductors and insulating layers comprises an angled section , such that a length of the body section extends substantially parallel to the arrangement direction .
A method for accessing licensable items unique to a geographic area via a wireless device , the method comprising: obtaining access to at least one licensable item available in a first geographic area corresponding to a first location of the wireless device , wherein the at least one licensable item is associated with a license that provides the wireless device with a right to distribute the at least one licensable item ; and downloading the licensable item , the method characterised in that it further comprises: upon entering a second geographic area corresponding to a second location of the wireless device , leaving in a licensing server using the right for the wireless device to distribute the at least one licensable item a virtual copy of the licensable item for other users to discover, the license being modified, thereby to further provide another wireless device with a right to access the at least one licensable item in the second geographic area and to redistribute the at least one licensable item . obtaining access to at least one licensable item available in a first geographic area corresponding to a first location of the wireless device , wherein the at least one licensable item is associated with a license that provides the wireless device with a right to distribute the at least one licensable item ; and downloading the licensable item , the method characterised in that it further comprises: upon entering a second geographic area corresponding to a second location of the wireless device , leaving in a licensing server using the right for the wireless device to distribute the at least one licensable item a virtual copy of the licensable item for other users to discover, the license being modified, thereby to further provide another wireless device with a right to access the at least one licensable item in the second geographic area and to redistribute the at least one licensable item .
Device for measuring a particle beam including a first part, designated central part (PC), a second part, designated peripheral part (PP), a front face (F) and a rear face (B), the front face (F) being parallel to the rear face (B); - the central part (PC) comprising means for forming a space charge zone (ZCE) intended to be traversed by a particle beam (FS) to measure, charge carriers of a first type and of a second type being generated by said beam (FS) when the latter traverses the space charge zone (ZCE); - the peripheral part (PP) comprising means for collecting at least one type of charge carrier among the first type or the second type of charge carriers generated at the level of the space charge zone (ZCE); the peripheral part (PP) surrounding the central part (PC) such that a particle beam (FS) can traverse the central part (PC) without traversing the peripheral part (PP), the device for measuring being characterized in that it comprises an orifice (O1) being arranged at the level of the rear face (B), in a region of the central part (PC) such that the thickness of said region of the central part (PC) along an axis normal to the front face (F) is less than the thickness of the peripheral part (PP) along said normal axis. - the central part (PC) comprising means for forming a space charge zone (ZCE) intended to be traversed by a particle beam (FS) to measure, charge carriers of a first type and of a second type being generated by said beam (FS) when the latter traverses the space charge zone (ZCE); - the peripheral part (PP) comprising means for collecting at least one type of charge carrier among the first type or the second type of charge carriers generated at the level of the space charge zone (ZCE);
Cooking device (100; 200; 300; 400) comprising a cooking support member (110; 210; 310; 410) having a cooking face (111; 311) and a heating face (112; 212; 312; 412), a layer of anisotropic graphite (124; 224; 324; 424) being encapsulated between an aluminium layer (121; 221; 321; 421) and another aluminium layer (115; 215; 315; 415), the aluminium layer (121; 221; 321; 421) and the layer of anisotropic graphite (124; 224; 324; 424) belonging to a multi-layer diffuser base (120; 220; 320; 420), the layer of anisotropic graphite (124; 224; 324; 424) being adjacent to the heating face (112; 212; 312; 412), and the other aluminium layer (115; 215; 315; 415) belonging to the heating face (112; 212; 312; 412), characterised in that the aluminium layer (121; 221; 321; 421) is metallurgically joined to the heating face (112; 212; 312; 412) leaving one portion of the heating face (112; 212; 312; 412) free around the aluminium layer (121; 221; 321; 421).
A cord winding module, comprising a rotary wheel on which a cord is wound and a stop button working cooperatively with the rotary wheel , wherein the cord winding module further comprises a spring wire working cooperatively with the stop button as an elastic support device, and the stop button automatically brakes the rotary wheel under the action of the elastic force of the spring wire and prevents the rotary wheel from retracting the cord ; and the spring wire has an arc shape, or exhibits an arc shape when pre-pressed and deformed by the stop button , both ends of the spring wire are bent to form an engaging portion, the cord winding module further comprising a fixing cover , wherein the rotary wheel is installed under the fixing cover , and the stop button is installed at a side of the fixing cover; characterized in that a receiving groove is formed on the body of the fixing cover , and the spring wire is installed in the receiving groove to push the stop button , to drive the stop button to brake the rotary wheel ; and the receiving groove has an arc shape,
A handle lock assembly for a door of a cabinet, the handle lock assembly comprising: a main body having a handle housing extending along a longitudinal axis (X) of the handle lock assembly ; a handle adapted to move between an unlocked position in which the handle is lifted from the handle housing and a locked position in which the handle is substantially within the handle housing ; and a lock plug provided at the handle ; characterized in that said handle lock assembly further comprises: at least one geared portion formed on the handle , being rotatable within the main body when the handle is lifted; a movable member having at least one toothed portion for rotating a pinion gear by the movement of the movable member ; a plurality of the engagement holes formed in the movable member meshing with corresponding teeth of the geared portion so as to convert a rotational movement from the handle to a linear movement; a movable bearing member placed within the handle housing ; at least one pin receiving portion formed on the bearing member ; and at least one pin formed on the handle , attachable to the pin receiving portion when placing an interchangeable handle . a main body having a handle housing extending along a longitudinal axis (X) of the handle lock assembly ; a handle adapted to move between an unlocked position in which the handle is lifted from the handle housing and a locked position in which the handle is substantially within the handle housing ; and a lock plug provided at the handle ; characterized in that said handle lock assembly further comprises: at least one geared portion formed on the handle , being rotatable within the main body when the handle is lifted; a movable member having at least one toothed portion for rotating a pinion gear by the movement of the movable member ; a plurality of the engagement holes formed in the movable member meshing with corresponding teeth of the geared portion so as to convert a rotational movement from the handle to a linear movement; a movable bearing member placed within the handle housing ; at least one pin receiving portion formed on the bearing member ; and at least one pin formed on the handle , attachable to the pin receiving portion when placing an interchangeable handle . at least one geared portion formed on the handle , being rotatable within the main body when the handle is lifted; a movable member having at least one toothed portion for rotating a pinion gear by the movement of the movable member ; a plurality of the engagement holes formed in the movable member meshing with corresponding teeth of the geared portion so as to convert a rotational movement from the handle to a linear movement; a movable bearing member placed within the handle housing ; at least one pin receiving portion formed on the bearing member ; and at least one pin formed on the handle , attachable to the pin receiving portion when placing an interchangeable handle .
An industrial automation input/output module (B) comprising: a module housing (H); a power supply (PS) contained in said module housing and adapted to connect with an associated electrical power source; a network adapter contained within said module housing and adapted to connect with an associated industrial automation data network ; a plurality of I/O sockets located in said module housing, each of said I/O sockets comprising electrical socket contacts for power and data; a plurality of I/O segments located in said module housing, each of said I/O segments comprising an I/O segment housing that contains an I/O circuit for processing data associated with an associated controlled system and for communicating said data between the associated controlled system and said network adapter, each of said I/O segments further comprising electrical segment power and data contacts operably connected to said I/O circuit; each of said I/O segments received and releasably retained in a respective one of said I/O sockets such that the electrical segment power and data contacts of each I/O segment are operably mated with the electrical socket contacts of the I/O socket in which said I/O segment is respectively received and retained for transmission of power and data between said socket contacts and said segment contacts; a plurality of field connectors connected to said module housing and each adapted for operably connecting with a respective one of the associated controlled systems, wherein each of said I/O segments is operably connected to one of said field connectors. a module housing (H); a power supply (PS) contained in said module housing and adapted to connect with an associated electrical power source; a network adapter contained within said module housing and adapted to connect with an associated industrial automation data network ; a plurality of I/O sockets located in said module housing, each of said I/O sockets comprising electrical socket contacts for power and data; a plurality of I/O segments located in said module housing, each of said I/O segments comprising an I/O segment housing that contains an I/O circuit for processing data associated with an associated controlled system and for communicating said data between the associated controlled system and said network adapter, each of said I/O segments further comprising electrical segment power and data contacts operably connected to said I/O circuit; each of said I/O segments received and releasably retained in a respective one of said I/O sockets such that the electrical segment power and data contacts of each I/O segment are operably mated with the electrical socket contacts of the I/O socket in which said I/O segment is respectively received and retained for transmission of power and data between said socket contacts and said segment contacts; a plurality of field connectors connected to said module housing and each adapted for operably connecting with a respective one of the associated controlled systems, wherein each of said I/O segments is operably connected to one of said field connectors.
An energy harvesting apparatus, comprising: a housing , wherein the housing is configured to receive a pill pack ; and a low power wireless transmitter integral with the housing , an energy harvesting electrical generator incorporated into the housing , wherein the energy harvesting electrical generator is adapted to convert motion associated with compression of at least one blister (103 1-n , 303 1-n ) of the pill pack expelling one or more pills (105 1-n , 305 1-n ) from the pill pack into electrical energy, characterized in that only the electrical energy resulting from such conversion of motion into electrical energy is used to collect one or more data points associated with operation of the pill pack during the expelling of the one or more pills and to wirelessly transmit one or more data points from the low power wireless transmitter to a remote computing device. a housing , wherein the housing is configured to receive a pill pack ; and a low power wireless transmitter integral with the housing , an energy harvesting electrical generator incorporated into the housing , wherein the energy harvesting electrical generator is adapted to convert motion associated with compression of at least one blister (103 1-n , 303 1-n ) of the pill pack expelling one or more pills (105 1-n , 305 1-n ) from the pill pack into electrical energy, characterized in that only the electrical energy resulting from such conversion of motion into electrical energy is used to collect one or more data points associated with operation of the pill pack during the expelling of the one or more pills and to wirelessly transmit one or more data points from the low power wireless transmitter to a remote computing device.
A retractor/stabilizer for retracting/stabilizing excessive and/or redundant tissue of a patient (10, 60, 60', 110. 210, 310, 450, 510, 610, 710a, 710c, 710d) formed from a single sheet of at least two-ply material having a top layer and a backing layer ; one of the top and backing layer having an adhesive (A) applied thereto to adhere the top layer and backing layer together; the retractor/stabilizer comprising a body portion in which at least a part of one of the top layer and backing layer is removable to define a removable panel (32, 34, 64, 66, 64', 66', 132, 134, 232, 232a-b, 234, 454, 456, 532, 534, 630a-d, 714a-b); the device further including a tab (20, 22, 24, 68, 70, 68' 70', 83', 120, 122, 124, 124a, 220, 222, 224a-f, 243, 241, 247, 458, 460, 520, 522a-b, 524a-b, 632, 634, 636, 716, 718, 774) associated with said removable panel; wherein, the removable panel is in the backing layer, the backing layer of the tab is associated with the backing layer of the body portion and the retractor/stabilizer includes a cut in the top layer which separates the top layer of the tab from the top layer of the body portion; whereby pulling on the tab in a direction away from the top layer will remove the backing layer from the top layer.