mhurhangee/ep-ind-claims huggingface dataset:
A curtain airbag device having an airbag that is mountable along a roof side rail of a vehicle in a vehicle longitudinal direction of the vehicle so as to configured to be stored in the vehicle and that is configured to be deployed in a curtain-like manner along a side window in a vehicle compartment by a gas generated by an inflator in case of emergency, the curtain airbag device comprising: a cover cloth that is provided at the airbag which is folded, the cover cloth being wound to cover at least part of an outer circumference of the airbag that extends in a longitudinal direction of the airbag; and a first folded-back part that is provided at the cover cloth, the first folded-back part being configured by folding back one end of the cover cloth in a circumferential direction of the outer circumference of a cross section, which is perpendicular to the longitudinal direction, of the folded airbag, wherein an edge of the outer circumference of the folded airbag is held between the first folded-back part and the other end of the cover cloth, characterized in that the folded airbag is configured by folding back the airbag in a bellows-like manner, wherein the airbag that is folded back in the bellows-like manner has a third folded-back part at one end of the bellows-like folded airbag, and the third folded-back part is configured by folding back an edge of the folded airbag so as to cover part of an outside of the folded airbag, and the first folded-back part of the cover cloth is inserted into a gap between a main body of the airbag that is folded back in the bellows-like manner and the third folded-back part. a cover cloth that is provided at the airbag which is folded, the cover cloth being wound to cover at least part of an outer circumference of the airbag that extends in a longitudinal direction of the airbag; and a first folded-back part that is provided at the cover cloth, the first folded-back part being configured by folding back one end of the cover cloth in a circumferential direction of the outer circumference of a cross section, which is perpendicular to the longitudinal direction, of the folded airbag, wherein an edge of the outer circumference of the folded airbag is held between the first folded-back part and the other end of the cover cloth, characterized in that the folded airbag is configured by folding back the airbag in a bellows-like manner, wherein the airbag that is folded back in the bellows-like manner has a third folded-back part at one end of the bellows-like folded airbag, and the third folded-back part is configured by folding back an edge of the folded airbag so as to cover part of an outside of the folded airbag, and the first folded-back part of the cover cloth is inserted into a gap between a main body of the airbag that is folded back in the bellows-like manner and the third folded-back part.
An apparatus comprising means for performing: determining: a first partition of a precoding matrix with a higher resolution, and a second partition of the precoding matrix with a lower resolution; determining a first set of layers for the first partition and a second set of layers for the second partition, so that there is the higher resolution of the first partition for the first set of layers and the lower resolution of the second partition for the second set of layers; and feeding back the determined first partition and second partition to a base station, and providing a codeword to layer mapping to the base station. determining: a first partition of a precoding matrix with a higher resolution, and a second partition of the precoding matrix with a lower resolution; determining a first set of layers for the first partition and a second set of layers for the second partition, so that there is the higher resolution of the first partition for the first set of layers and the lower resolution of the second partition for the second set of layers; and feeding back the determined first partition and second partition to a base station, and providing a codeword to layer mapping to the base station.
Lock arrangement (1, 10), in particular for a bonnet or a tailgate of a vehicle, comprising at least: - a rotary catch for a locking element, wherein the rotary catch and the locking element are coupled to one another in a closed position of the lock arrangement, - a safety element to secure the locking element in a secured position of the lock arrangement, - a cam for unlocking and locking, and - at least one actuating drive which is designed as a two-way actuating drive and which cooperates with the cam and actuates it during a first actuation, wherein the cam is designed in such a way that, when the actuating drive is first actuated, both in one step and in separate steps and in a different sequence, the cam unlocks the rotary catch and locks the safety element, or vice versa, the cam locks the safety element and unlocks the rotary catch, in order to move the lock arrangement into the secured position. - a rotary catch for a locking element, wherein the rotary catch and the locking element are coupled to one another in a closed position of the lock arrangement, - a safety element to secure the locking element in a secured position of the lock arrangement, - a cam for unlocking and locking, and - at least one actuating drive which is designed as a two-way actuating drive and which cooperates with the cam and actuates it during a first actuation, wherein the cam is designed in such a way that, when the actuating drive is first actuated, both in one step and in separate steps and in a different sequence, the cam unlocks the rotary catch and locks the safety element, or vice versa, the cam locks the safety element and unlocks the rotary catch, in order to move the lock arrangement into the secured position.
A method of minimizing changes in finished product temperature during aseptic sterilization processes, the method comprising: applying an energy balance feedforward control scheme to an aseptic sterilization process; characterised in that the energy balance feedforward control scheme comprises: an additive feedforward controller including the input variables product density, heat capacity of the product and information from the flow indication; a heat source adjustment calculated from a first principles energy balance on a heater combined with an adjustment calculated by feedback temperature control. applying an energy balance feedforward control scheme to an aseptic sterilization process; characterised in that the energy balance feedforward control scheme comprises: an additive feedforward controller including the input variables product density, heat capacity of the product and information from the flow indication; a heat source adjustment calculated from a first principles energy balance on a heater combined with an adjustment calculated by feedback temperature control. an additive feedforward controller including the input variables product density, heat capacity of the product and information from the flow indication; a heat source adjustment calculated from a first principles energy balance on a heater combined with an adjustment calculated by feedback temperature control.
A Spin Transfer Torque Magnetoresistive Random Access Memory STT-MRAM, comprising: a bit cell having a magnetic tunnel junction MTJ and a word line transistor, the bit cell being coupled to a bit line and a source line; a sense amplifier configured to output a value stored in the bit cell based on the difference between the bit line voltage and a reference bit line voltage of a reference bit line (reference BL); characterized by a circuit comprising a first and a second pre-charge transistor coupled to the bit line and the reference bit line (reference BL), respectively, the circuit being configured to, during a read operation of the STT-MRAM, connect the bit line and reference bit line to a desired voltage level based on a received pre-charge signal (rdb) applied to the first and second pre-charge transistors while allowing a voltage differential between the bit line voltage and the reference bit line voltage for amplification by the sense amplifier; wherein the desired voltage level is less than a write voltage threshold associated with a write operation of the STT-MRAM. a bit cell having a magnetic tunnel junction MTJ and a word line transistor, the bit cell being coupled to a bit line and a source line; a sense amplifier configured to output a value stored in the bit cell based on the difference between the bit line voltage and a reference bit line voltage of a reference bit line (reference BL); characterized by a circuit comprising a first and a second pre-charge transistor coupled to the bit line and the reference bit line (reference BL), respectively, the circuit being configured to, during a read operation of the STT-MRAM, connect the bit line and reference bit line to a desired voltage level based on a received pre-charge signal (rdb) applied to the first and second pre-charge transistors while allowing a voltage differential between the bit line voltage and the reference bit line voltage for amplification by the sense amplifier; wherein the desired voltage level is less than a write voltage threshold associated with a write operation of the STT-MRAM.
A method of wireless communication, comprising: determining a first starting index for transmitting a first control message in a first search space; determining a second starting index for transmitting a second control message in a second search space; and when the first starting index and the second starting index have the same value: determining all information fields having a respective bit different between the first control message and the second control message, and setting all bits of the determined information fields to zero in the first control message and the second control message. determining a first starting index for transmitting a first control message in a first search space; determining a second starting index for transmitting a second control message in a second search space; and when the first starting index and the second starting index have the same value: determining all information fields having a respective bit different between the first control message and the second control message, and setting all bits of the determined information fields to zero in the first control message and the second control message. determining all information fields having a respective bit different between the first control message and the second control message, and setting all bits of the determined information fields to zero in the first control message and the second control message.
An input apparatus comprising: an elastic member at least a part of which is elastically deformable by a user, wherein the elastic member has a first end portion and a second end portion; a base portion holding both end portions of the elastic member so that a ring is formed by the base portion and the elastic member; and a strain gauge, on the base portion, configured to detect a strain generated on the base portion due to deformation of the elastic member in response to an input from the user. an elastic member at least a part of which is elastically deformable by a user, wherein the elastic member has a first end portion and a second end portion; a base portion holding both end portions of the elastic member so that a ring is formed by the base portion and the elastic member; and a strain gauge, on the base portion, configured to detect a strain generated on the base portion due to deformation of the elastic member in response to an input from the user.
An angled coaxial electrical connector suitable for receiving a central conductor of a coaxial cable adapter, the connector comprising: a first conductive outer body portion having a first tubular portion disposed about a first axis, the first tubular portion defining a first bore; a second conductive outer body portion having a second tubular portion disposed about a second axis, the second axis intersecting the first axis, the second tubular portion defining a second bore, the second bore being configured to receive the coaxial cable adapter; a central conductive pin secured within the first bore, the central conductive pin having a first end within the first conductive outer body portion and a second end outside of the first bore, the first end of the central conductive pin having an opening in a side wall thereof; and a coupling element disposed in the opening in the side wall of the central conductive pin and extending in a direction of the second axis, wherein the coupling element is configured to securely receive the central conductor of the adapter to facilitate the electrical connection between the central conductive pin and the central conductor, wherein the coupling element is configured to have a first diameter defined by a plurality of spring members in a rest position and a second diameter, greater than the first diameter, defined by an inner surface of a tubular wall of the coupling element when the spring members are urged outwardly, characterized by the fact that the plurality of spring members extend inward from the tubular wall of the coupling element. a first conductive outer body portion having a first tubular portion disposed about a first axis, the first tubular portion defining a first bore; a second conductive outer body portion having a second tubular portion disposed about a second axis, the second axis intersecting the first axis, the second tubular portion defining a second bore, the second bore being configured to receive the coaxial cable adapter; a central conductive pin secured within the first bore, the central conductive pin having a first end within the first conductive outer body portion and a second end outside of the first bore, the first end of the central conductive pin having an opening in a side wall thereof; and a coupling element disposed in the opening in the side wall of the central conductive pin and extending in a direction of the second axis, wherein the coupling element is configured to securely receive the central conductor of the adapter to facilitate the electrical connection between the central conductive pin and the central conductor, wherein the coupling element is configured to have a first diameter defined by a plurality of spring members in a rest position and a second diameter, greater than the first diameter, defined by an inner surface of a tubular wall of the coupling element when the spring members are urged outwardly, characterized by the fact that the plurality of spring members extend inward from the tubular wall of the coupling element.
A computing system configured to provide access to electronic content, the system comprising: a processor; a data store coupled to the processor and configured to store the electronic content; a user interface component configured to receive an indication of an external user with which to share an item of electronic content; a link generation component configured to generate a link to share the item of electronic content; an access control component configured to: receive a request to access the item of electronic content using the link; and in response to the request, generate an access code that is communicated to a known endpoint associated with the link; wherein the user interface component is configured to receive a user input containing a user-entered access input; and wherein the access control component is configured to determine that the user-entered access input matches the access code communicated to the known endpoint associated with the link, and selectively grant access to the item of electronic content. a processor; a data store coupled to the processor and configured to store the electronic content; a user interface component configured to receive an indication of an external user with which to share an item of electronic content; a link generation component configured to generate a link to share the item of electronic content; an access control component configured to: receive a request to access the item of electronic content using the link; and in response to the request, generate an access code that is communicated to a known endpoint associated with the link; receive a request to access the item of electronic content using the link; and in response to the request, generate an access code that is communicated to a known endpoint associated with the link; wherein the user interface component is configured to receive a user input containing a user-entered access input; and wherein the access control component is configured to determine that the user-entered access input matches the access code communicated to the known endpoint associated with the link, and selectively grant access to the item of electronic content.
A refrigeration apparatus comprising: a compressor including a compression mechanism that sucks and compresses a fluid, an electric motor, a drive shaft coupled to the electric motor to drive the compression mechanism, and a plain bearing (68, 78) that supports a journal portion (82, 85) of the drive shaft, wherein the journal portion (82, 85) of the drive shaft has a surface roughness Ra greater than or equal to 0.05 μm; and a refrigerant circuit to which the compressor is connected and which circulates a refrigerant to perform a refrigeration cycle; characterized in that it further comprises a bearing monitor configured to perform an abnormal-state operation to cope with poor lubrication on the plain bearing (68, 78) if an abnormal state condition indicating that a rate of change of current exceeds a first reference value is satisfied, the rate of change of current being an amount of change in a driving current for driving the compressor per unit time, the driving current of the compressor that is normally operating is defined as a rated current, and in that the bearing monitor is configured to calculate the rated current in an operating state of the compressor at a time of determination regarding whether the abnormal state condition is satisfied or not, and use, as the abnormal state condition, a condition that a value obtained by dividing the rate of change of current by the rated current calculated exceeds a second reference value. a refrigerant circuit to which the compressor is connected and which circulates a refrigerant to perform a refrigeration cycle; characterized in that it further comprises a bearing monitor configured to perform an abnormal-state operation to cope with poor lubrication on the plain bearing (68, 78) if an abnormal state condition indicating that a rate of change of current exceeds a first reference value is satisfied, the rate of change of current being an amount of change in a driving current for driving the compressor per unit time, the driving current of the compressor that is normally operating is defined as a rated current, and in that the bearing monitor is configured to calculate the rated current in an operating state of the compressor at a time of determination regarding whether the abnormal state condition is satisfied or not, and use, as the abnormal state condition, a condition that a value obtained by dividing the rate of change of current by the rated current calculated exceeds a second reference value.
A system for controlling a low-voltage electrical panel comprising: - a plurality of functional units each capable of being inserted into a given location of said low-voltage electrical panel and of being removed therefrom, each of said functional units being connected upstream to a power supply (90, 90') and downstream to an element to be powered and comprising a cut-off member, and - a single supervisor connected to said functional units and being capable of detecting a removal or an insertion of a functional unit in said low-voltage electrical panel, where each of said functional units comprises: - a monitoring module, - means of communication with said supervisor, characterised in that the monitoring module comprises at least one sensor and a memory containing at least identification information of said functional unit and setting information of said functional unit, and in that said supervisor stores a copy of said setting information associated with said identification information, said supervisor being capable, in the case of insertion of a functional unit in a given location of said low-voltage electrical panel, of detecting whether said functional unit is associated with said given location, depending on said identification information, and of transmitting the corresponding setting information to said monitoring module, so as to update it if said information present in the memory of said monitoring module does not correspond to that stored by the supervisor. - a plurality of functional units each capable of being inserted into a given location of said low-voltage electrical panel and of being removed therefrom, each of said functional units being connected upstream to a power supply (90, 90') and downstream to an element to be powered and comprising a cut-off member, and - a single supervisor connected to said functional units and being capable of detecting a removal or an insertion of a functional unit in said low-voltage electrical panel, where each of said functional units comprises: - a monitoring module, - means of communication with said supervisor, characterised in that the monitoring module comprises at least one sensor and a memory containing at least identification information of said functional unit and setting information of said functional unit, and - a monitoring module, - means of communication with said supervisor, characterised in that the monitoring module comprises at least one sensor and a memory containing at least identification information of said functional unit and setting information of said functional unit, and in that said supervisor stores a copy of said setting information associated with said identification information, said supervisor being capable, in the case of insertion of a functional unit in a given location of said low-voltage electrical panel, of detecting whether said functional unit is associated with said given location, depending on said identification information, and of transmitting the corresponding setting information to said monitoring module, so as to update it if said information present in the memory of said monitoring module does not correspond to that stored by the supervisor.