mhurhangee/ep-ind-claims huggingface dataset:
Method for operating and in particular for detecting an empty operation of a cooking appliance equipped with a high frequency heating device in order to dielectrically heat food in a cooking chamber, the high frequency heating device being controlled by a control device, and a characteristic temperature of a component of the high frequency heating device being measured by means of a sensor device comprising a sensor associated with the high frequency heating device and the heating power of the high frequency heating device being reduced by means of the control device depending on the measured temperature of the component when the measured temperature of the component indicates an empty operation, which is distinguished by a low amount of food in the cooking chamber, the empty operation being indicated when the measured characteristic temperature exceeds a threshold stored in the control device, characterised in that the stored threshold describes a higher temperature than an expected maximum temperature of the component in an intended cooking operation involving food in the cooking chamber at maximum power of the high frequency heating device provided for such an operation, and in each case a maximum temperature is provided for certain power preselections or program functions.
A cleaning apparatus for a mobile device, comprising: a supporting plate; a sealing layer(200, 300) joined below the supporting plate; and a wiping layer disposed below the sealing layer (200, 300), wherein a cleaning solution accommodating portion which contains a cleaning solution is formed between the supporting plate and the sealing layer (200,300), wherein the sealing layer(200, 300) comprises a through hole which extends to the wiping layer, and wherein the cleaning solution is ejected to the wiping layer through the through hole, characterised in that a joint portion is formed by directly or indirectly joining the supporting plate and the sealing layer(200, 300) to each other, and wherein the joint portion extends along a periphery of the cleaning solution accommodating portion, wherein an average height of the cleaning solution accommodating portion is from 0.5 mm to 2 mm, wherein a viscosity of the cleaning solution is from 10 cps to 1000 cps. a supporting plate; a sealing layer(200, 300) joined below the supporting plate; and a wiping layer disposed below the sealing layer (200, 300), wherein a cleaning solution accommodating portion which contains a cleaning solution is formed between the supporting plate and the sealing layer (200,300), wherein the sealing layer(200, 300) comprises a through hole which extends to the wiping layer, and wherein the cleaning solution is ejected to the wiping layer through the through hole, characterised in that a joint portion is formed by directly or indirectly joining the supporting plate and the sealing layer(200, 300) to each other, and wherein the joint portion extends along a periphery of the cleaning solution accommodating portion, wherein an average height of the cleaning solution accommodating portion is from 0.5 mm to 2 mm, wherein a viscosity of the cleaning solution is from 10 cps to 1000 cps.
A modified-release composition comprising orlistat and acarbose, comprising individually distinct parts with different release patterns: a) a first part, G1, comprising acarbose and one or more of: a hydrophobic polymer, a lipid and a wax, and G1 comprises from 5 to 70% w/w of the total dose of acarbose; b) a second part, G2, comprising acarbose, orlistat, an enteric polymer and a surfactant, and G2 comprises from 30 to 95% w/w of the total dose of acarbose, and from 10 to 90% w/w of the total dose of orlistat; and c) a third part, G3, comprising orlistat and one or more of a surfactant and a water-soluble polymer, and G3 comprises from 10 to 80% w/w of the total dose of orlistat; and the total concentration of acarbose and orlistat, respectively, in the composition is 100% w/w. a) a first part, G1, comprising acarbose and one or more of: a hydrophobic polymer, a lipid and a wax, and G1 comprises from 5 to 70% w/w of the total dose of acarbose; b) a second part, G2, comprising acarbose, orlistat, an enteric polymer and a surfactant, and G2 comprises from 30 to 95% w/w of the total dose of acarbose, and from 10 to 90% w/w of the total dose of orlistat; and c) a third part, G3, comprising orlistat and one or more of a surfactant and a water-soluble polymer, and G3 comprises from 10 to 80% w/w of the total dose of orlistat; and the total concentration of acarbose and orlistat, respectively, in the composition is 100% w/w.
A motorsport helmet comprising a shell having a lower edge; a liner extending along an interior of the shell, the liner including EPS, EPP or vinyl nitrile and having a circumferentially extending recess; a support portion extending between the shell and the line adjacent the lower edge and comprising a ring structure; wherein through-holes are formed through the shell and aligned with corresponding through-holes formed through four attachment lobes circumferentially spaced apart on an undulating or generally serpentine upper edge portion of an attachment lip of the support portion; and the support portion is coupled to the shell with rivets, such that the attachment lip extends upwardly from the lower edge and into the shell to be received in the circumferentially extending recess between the shell and the liner. a shell having a lower edge; a liner extending along an interior of the shell, the liner including EPS, EPP or vinyl nitrile and having a circumferentially extending recess; a support portion extending between the shell and the line adjacent the lower edge and comprising a ring structure; wherein through-holes are formed through the shell and aligned with corresponding through-holes formed through four attachment lobes circumferentially spaced apart on an undulating or generally serpentine upper edge portion of an attachment lip of the support portion; and the support portion is coupled to the shell with rivets, such that the attachment lip extends upwardly from the lower edge and into the shell to be received in the circumferentially extending recess between the shell and the liner.
A communication device for performing a codec rate adaptation, comprising: a storage device, storing instructions of: triggering a first transmission of a first Medium Access Control, MAC, Control Element, CE, for a bit rate query or a delay budget reporting, and a second transmission of a data; making a first determination that a transmission priority of the first MAC CE is lower than a transmission priority of the data; including the data in a MAC Protocol Data Unit, PDU, in response to the first determination; including the first MAC CE in the MAC PDU in response to the first determination, if a remaining space in the MAC PDU is sufficient for comprising the first MAC CE after comprising the data; and transmitting the MAC PDU to a base station, BS; a processing circuit, coupled to the storage device, configured to execute the instructions stored in the storage device. a storage device, storing instructions of: triggering a first transmission of a first Medium Access Control, MAC, Control Element, CE, for a bit rate query or a delay budget reporting, and a second transmission of a data; making a first determination that a transmission priority of the first MAC CE is lower than a transmission priority of the data; including the data in a MAC Protocol Data Unit, PDU, in response to the first determination; including the first MAC CE in the MAC PDU in response to the first determination, if a remaining space in the MAC PDU is sufficient for comprising the first MAC CE after comprising the data; and transmitting the MAC PDU to a base station, BS; triggering a first transmission of a first Medium Access Control, MAC, Control Element, CE, for a bit rate query or a delay budget reporting, and a second transmission of a data; making a first determination that a transmission priority of the first MAC CE is lower than a transmission priority of the data; including the data in a MAC Protocol Data Unit, PDU, in response to the first determination; including the first MAC CE in the MAC PDU in response to the first determination, if a remaining space in the MAC PDU is sufficient for comprising the first MAC CE after comprising the data; and transmitting the MAC PDU to a base station, BS; a processing circuit, coupled to the storage device, configured to execute the instructions stored in the storage device.
A packaging machine for producing sealed packages of a pourable product from a web of packaging material advancing along a web advancement path, the packaging machine comprising: - conveying means for advancing the web of packaging material along the web advancement path at least to a tube forming station at which the web of packaging material is formed, in use, into a tube and for advancing the tube along a tube advancement path; - an isolation housing having a main chamber and an auxiliary chamber arranged downstream of the main chamber along the tube advancement path; - a tube forming and sealing device at least partially arranged within the main chamber and being configured to form and longitudinally seal the tube, in use, within the main chamber; - a filling device for filling the tube with the pourable product; the machine being characterized in that it further comprises: - a pressure control device configured to control a first pressure within the main chamber and a second pressure within the auxiliary chamber such that the first pressure is higher than the second pressure and the first pressure and the second pressure are both higher than the ambient pressure. - conveying means for advancing the web of packaging material along the web advancement path at least to a tube forming station at which the web of packaging material is formed, in use, into a tube and for advancing the tube along a tube advancement path; - an isolation housing having a main chamber and an auxiliary chamber arranged downstream of the main chamber along the tube advancement path; - a tube forming and sealing device at least partially arranged within the main chamber and being configured to form and longitudinally seal the tube, in use, within the main chamber; - a filling device for filling the tube with the pourable product; - a pressure control device configured to control a first pressure within the main chamber and a second pressure within the auxiliary chamber such that the first pressure is higher than the second pressure and the first pressure and the second pressure are both higher than the ambient pressure.
Process for the production of domed labels, consisting of a base layer with an adhesive layer on the bottom, a cover layer connected to the top of the base layer and a detachable backing layer attached to the adhesive layer. The process comprises the following steps: a. Providing a composite between the base layer, the adhesive layer and the backing layer, b. shaping the future-domed labels from the composite, whereby only the base layer and the adhesive layer are separated, while the backing layer remains mostly intact, c. application of the cover layer in form of the respective quantity of a material in flowable condition in several locations spaced relative to each other through a dosing unit onto the shaped future-domed labels, whereby the final form of the cover layer is formed by a flow process of the material on the surface of the base layer, d. at least partial hardening of the cover layers in their final form, whereby an essentially horizontal form of the composite is maintained from the application of the cover layer to partial hardening, characterized by e. the composite being provided in form of a tape composed of the base layer, the adhesive layer and the backing layer until it is supplied to the dosing unit and led through a hardening unit, f. and whereby application of the flowable material of the cover layer occurs through a nozzle in form of a stream onto the base layer, whereby the outlet profile of the nozzle is smaller than the cross-sectional layer of the cover layer in its final form, so that an equal distribution is achieved through the flow characteristics of the cover layer material. a. Providing a composite between the base layer, the adhesive layer and the backing layer, b. shaping the future-domed labels from the composite, whereby only the base layer and the adhesive layer are separated, while the backing layer remains mostly intact, c. application of the cover layer in form of the respective quantity of a material in flowable condition in several locations spaced relative to each other through a dosing unit onto the shaped future-domed labels, whereby the final form of the cover layer is formed by a flow process of the material on the surface of the base layer, d. at least partial hardening of the cover layers in their final form, whereby an essentially horizontal form of the composite is maintained from the application of the cover layer to partial hardening, characterized by e. the composite being provided in form of a tape composed of the base layer, the adhesive layer and the backing layer until it is supplied to the dosing unit and led through a hardening unit, f. and whereby application of the flowable material of the cover layer occurs through a nozzle in form of a stream onto the base layer, whereby the outlet profile of the nozzle is smaller than the cross-sectional layer of the cover layer in its final form, so that an equal distribution is achieved through the flow characteristics of the cover layer material.
Inhalation therapy device comprising an atomising device, an ampoule holder in which a fluid-containing ampoule with a wall region provided for opening is held, an opening device which cuts into the wall region in order to open the fluid-containing ampoule, wherein the opening device has a blade which is formed on one end of a line through which the fluid contained in the ampoule reaches the atomising device; the opening device and the ampoule held in the ampoule holder are arranged moveably relative to one another such that when the opening device is moved the ampoule located in the ampoule holder opens so that a fluid contained in the ampoule reaches the atomising device through the line, characterised in that the ampoule holder is arranged in a cover of the inhalation therapy device so that, on closing the inhalation therapy device with the cover, the user positions the ampoule located in the ampoule holder in the cover in the inhalation therapy device and/or opens said ampoule.
Motor vehicle door comprising a door leaf with a drive, also with a magnetic device as a component of the drive, and with at least one sensor which is associated with the door leaf, wherein - the magnetic device is equipped with a magnetorheological element which can be acted on by at least one magnet, wherein further - the sensor and the at least one magnet are connected to a control unit which actuates the magnet depending on function of sensor signals, and wherein - the magnetorheological element is embodied as a damping element with adjustable damping, - the magnet varies the damping depending on functional states of the door leaf that are to be monitored with the aid of the sensor, characterized in that - functional states of a door lock associated with the door leaf, for example a pre-latch position, an anti-theft position, a child safety position or similar safety positions are also mapped as functional states of the door leaf, wherein - the magnetorheological element is embodied as a drive element for the door leaf, and wherein - the magnetic device is integrated in a hinge axis attached to the hinge axis mechanically to enable it to exert damping forces on the door leaf immediately when necessary. - the magnetic device is equipped with a magnetorheological element which can be acted on by at least one magnet, wherein further - the sensor and the at least one magnet are connected to a control unit which actuates the magnet depending on function of sensor signals, and wherein - the magnetorheological element is embodied as a damping element with adjustable damping, - the magnet varies the damping depending on functional states of the door leaf that are to be monitored with the aid of the sensor, characterized in that - functional states of a door lock associated with the door leaf, for example a pre-latch position, an anti-theft position, a child safety position or similar safety positions are also mapped as functional states of the door leaf, wherein - the magnetorheological element is embodied as a drive element for the door leaf, and wherein - the magnetic device is integrated in a hinge axis attached to the hinge axis mechanically to enable it to exert damping forces on the door leaf immediately when necessary.
A printing device comprising: a photo imaging plate; a developer roller (200, 400); a motor; a controller; and a motion transforming mechanism to transform rotational motion generated by the motor into linear motion to adjust an engagement force between the developer roller (200, 400) and the photo imaging plate, characterized in that the controller operates to: monitor a characteristic of the motor; and on the basis of the monitored characteristic, control the motor in order to maintain a desired engagement force between the developer roller (200, 400) and the photo imaging plate. a photo imaging plate; a developer roller (200, 400); a motor; a controller; and a motion transforming mechanism to transform rotational motion generated by the motor into linear motion to adjust an engagement force between the developer roller (200, 400) and the photo imaging plate, characterized in that the controller operates to: monitor a characteristic of the motor; and on the basis of the monitored characteristic, control the motor in order to maintain a desired engagement force between the developer roller (200, 400) and the photo imaging plate. monitor a characteristic of the motor; and on the basis of the monitored characteristic, control the motor in order to maintain a desired engagement force between the developer roller (200, 400) and the photo imaging plate.
Dishwasher with a washing container and a sorption dryer device (1, 105), which is connected in an air-conducting fashion to the washing container, wherein at least one blower for generating an airflow is provided before the sorption unit of the sorption dryer device (1, 105), wherein at least one allocated heating element for desorption is provided between the blower and the sorption unit with the reversibly dehydratable drying material of the sorption dryer device (1, 105) when viewed in the direction of flow, and wherein one or more flow-conditioning means (6, 8.1, 8.2, 10) are provided before the intake of the airflow into the sorption unit, in particular between the blower and the heating element, and/or in particular between the heating element and the sorption unit, for homogenising the flow cross-section profile of the airflow as it flows through the sorption dryer device (1, 105).
An electrically driven, movable underground vehicle, namely a load-haul-dump machine, comprising - a chassis with at least two driven drive wheels, - an electrical trailing cable for connection to an electrical supply network, - an electric drive motor, which is electrically connected to the trailing cable, for driving the drive wheels, - an energy storage unit, - an auxiliary drive motor with a subsequent hydraulic fluid transmission, - a switchgear assembly and a processor for controlling the supply of the electric drive motor and the electric auxiliary drive motor with electrical energy, wherein - the drive motor directly drives the drive wheels while bypassing the hydraulic fluid transmission, - the energy provided by the energy storage unit is sufficient for driving the drive wheels and for temporarily moving the load-haul-dump machine independently of the supply network, characterized in that a braking system is provided whose kinetic energy, which is released during the braking process, is fed back into the electrical system of the load-haul-dump machine via the drive motor, which works as a generator, that the processor controls the utilization of the fed-back energy in such a way that the fed-back energy is supplied to the energy storage unit or to consumer loads as required if they have an energy requirement, that the processor controls the utilization of the fed-back energy in such a way that the fed-back energy is fed into the supply network when the energy storage unit is unable to take up energy and there is no energy requirement of the consumer loads, and that the processor activates a mechanical braking system when neither the load-haul-dump machine nor the supply network are able to take up fed-back energy. - a chassis with at least two driven drive wheels, - an electrical trailing cable for connection to an electrical supply network, - an electric drive motor, which is electrically connected to the trailing cable, for driving the drive wheels, - an energy storage unit, - an auxiliary drive motor with a subsequent hydraulic fluid transmission, - a switchgear assembly and a processor for controlling the supply of the electric drive motor and the electric auxiliary drive motor with electrical energy, wherein - the drive motor directly drives the drive wheels while bypassing the hydraulic fluid transmission, - the energy provided by the energy storage unit is sufficient for driving the drive wheels and for temporarily moving the load-haul-dump machine independently of the supply network,
A patient interface device for use with a laser surgery apparatus, the device comprising: an upper assembly comprising a glass or fused silica plate; a lower assembly attached to the upper assembly; wherein the lower assembly and upper assembly define a liquid holding chamber configured for engagement with an outer surface of an eye, and the lower assembly comprises a channel exposed to ambient atmosphere and configured to hold a fluid, and wherein the channel is defined by an extending portion of a first wall, an annular base and a second wall, and the channel and the liquid holding chamber are in fluid communication. an upper assembly comprising a glass or fused silica plate; a lower assembly attached to the upper assembly; wherein the lower assembly and upper assembly define a liquid holding chamber configured for engagement with an outer surface of an eye, and the lower assembly comprises a channel exposed to ambient atmosphere and configured to hold a fluid, and wherein the channel is defined by an extending portion of a first wall, an annular base and a second wall, and the channel and the liquid holding chamber are in fluid communication. the lower assembly and upper assembly define a liquid holding chamber configured for engagement with an outer surface of an eye, and the lower assembly comprises a channel exposed to ambient atmosphere and configured to hold a fluid, and wherein the channel is defined by an extending portion of a first wall, an annular base and a second wall, and the channel and the liquid holding chamber are in fluid communication.