mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module , comprising: a plurality of pouch-type secondary batteries , said secondary batteries being respectively configured to accommodate an electrode assembly in a pouch thereof so that an electrode lead connected to an electrode tab of the electrode assembly is drawn through a terrace portion (T) of the pouch; and a fixing member interposed at least partially between the secondary batteries and adhered and fixed to the terrace portions of two adjacent secondary batteries to maintain the secondary batteries in a stacked state, wherein the fixing member is a spacing block having horizontal bars respectively interposed between the secondary batteries and a vertical bar integrating the horizontal bars, and the terrace portions of two secondary batteries are respectively adhered to an upper surface and a lower surface of the horizontal bars, wherein the vertical direction corresponds to the stacking direction and the horizontal direction corresponds to a direction perpendicular to the vertical direction, wherein the fixing member is adhered to the terrace portion by means of an adhesive or a double-sided adhesive tape , and wherein the secondary batteries are stacked to make surface contact with each other. a plurality of pouch-type secondary batteries , said secondary batteries being respectively configured to accommodate an electrode assembly in a pouch thereof so that an electrode lead connected to an electrode tab of the electrode assembly is drawn through a terrace portion (T) of the pouch; and a fixing member interposed at least partially between the secondary batteries and adhered and fixed to the terrace portions of two adjacent secondary batteries to maintain the secondary batteries in a stacked state, wherein the fixing member is a spacing block having horizontal bars respectively interposed between the secondary batteries and a vertical bar integrating the horizontal bars, and the terrace portions of two secondary batteries are respectively adhered to an upper surface and a lower surface of the horizontal bars, wherein the vertical direction corresponds to the stacking direction and the horizontal direction corresponds to a direction perpendicular to the vertical direction, wherein the fixing member is adhered to the terrace portion by means of an adhesive or a double-sided adhesive tape , and wherein the secondary batteries are stacked to make surface contact with each other.
A connector , comprising: a shroud ; a plurality of wafers supported by the shroud, a wafer among the plurality of wafers comprising an insulative frame that supports a plurality of terminal pairs , a terminal among the plurality of terminal pairs comprising a contact , a tail , and a body extending therebetween, the wafer including a ground shield that provides a U-channel that extends along the body of the terminal; and a plurality of U-shields , a U-shield among the plurality of U-shields arranged to partially shield the contact of the terminal, the U-shield being electrically connected to the U-channel, characterized in that the plurality of U-shields is supported by the shroud . a shroud ; a plurality of wafers supported by the shroud, a wafer among the plurality of wafers comprising an insulative frame that supports a plurality of terminal pairs , a terminal among the plurality of terminal pairs comprising a contact , a tail , and a body extending therebetween, the wafer including a ground shield that provides a U-channel that extends along the body of the terminal; and a plurality of U-shields , a U-shield among the plurality of U-shields arranged to partially shield the contact of the terminal, the U-shield being electrically connected to the U-channel, characterized in that the plurality of U-shields is supported by the shroud .
A grill comprising: an upper platen assembly including an upper grilling plate ; a lower platen assembly including a lower grilling plate opposite the upper grilling plate , the upper grilling plate being separated from the lower grilling plate by a distance; a first one or more actuators operably connected to the upper platen assembly and a second one or more actuators operably connected to the lower platen assembly , wherein the first and second one or more actuators are configured to adjust the distance; and a conveyor belt located between the upper grilling plate and the lower grilling plate , wherein the conveyer belt is configured to move one or more food products between the upper grilling plate and the lower grilling plate , wherein the movement of the upper platen assembly and the lower platen assembly to adjust the distance causes the upper platen assembly and the lower platen assembly to move with respect to the conveyor belt between the upper grilling plate and the lower grilling plate , wherein each of the upper grilling plate and the lower grilling plate moves between a cooking position and a non-cooking position to adjust the distance, wherein the lower platen assembly is configured to be lowered and raised to move between the cooking position and non-cooking position and wherein in the non-cooking position the lower grilling plate is spaced from the conveyor belt. an upper platen assembly including an upper grilling plate ; a lower platen assembly including a lower grilling plate opposite the upper grilling plate , the upper grilling plate being separated from the lower grilling plate by a distance; a first one or more actuators operably connected to the upper platen assembly and a second one or more actuators operably connected to the lower platen assembly , wherein the first and second one or more actuators are configured to adjust the distance; and a conveyor belt located between the upper grilling plate and the lower grilling plate , wherein the conveyer belt is configured to move one or more food products between the upper grilling plate and the lower grilling plate , wherein the movement of the upper platen assembly and the lower platen assembly to adjust the distance causes the upper platen assembly and the lower platen assembly to move with respect to the conveyor belt between the upper grilling plate and the lower grilling plate , wherein each of the upper grilling plate and the lower grilling plate moves between a cooking position and a non-cooking position to adjust the distance, wherein the lower platen assembly is configured to be lowered and raised to move between the cooking position and non-cooking position and wherein in the non-cooking position the lower grilling plate is spaced from the conveyor belt.
A method of determining a zero offset of a vibratory meter at a process condition, the method comprising: measuring a flow rate of a material in the vibratory meter; determining if the measured flow rate is less than a low flow threshold; measuring one or more operational parameters of the vibratory meter; determining if the one or more measured operational parameters of the vibratory meter are within a corresponding range; and if the measured flow rate is less than the low flow threshold and if the one or more measured operational parameters of the vibratory meter are within the corresponding range, then determining that a no-flow condition is present and determining a zero offset of the vibratory meter based on the measured flow rate. measuring a flow rate of a material in the vibratory meter; determining if the measured flow rate is less than a low flow threshold; measuring one or more operational parameters of the vibratory meter; determining if the one or more measured operational parameters of the vibratory meter are within a corresponding range; and if the measured flow rate is less than the low flow threshold and if the one or more measured operational parameters of the vibratory meter are within the corresponding range, then determining that a no-flow condition is present and determining a zero offset of the vibratory meter based on the measured flow rate.
An apparatus for a portable electronic device comprising: a housing component having a receiving area configured to receive a speaker , wherein the housing component is configured to form a substantially sealed air space back cavity acoustically coupled to the speaker , the back cavity being elongate and having its longest length along a first direction, wherein the housing component comprises a dividing structure positioned to divide the back cavity into two air mass holding sections which are less elongate, in the first direction, than the back cavity as a whole and which have lengths along the first direction that are less than the length of the back cavity as a whole along the first direction, and wherein the dividing structure comprises an angled elongate wall forming an angled joint between the two air mass holding sections and the angled elongate wall comprises a plurality of apertures where the plurality of apertures are configured to permit travel of sound waves through the plurality of apertures between the two air mass holding sections wherein at least one of the size, location and shape of the plurality of apertures is configured to enable tuning of the speaker . a housing component having a receiving area configured to receive a speaker , wherein the housing component is configured to form a substantially sealed air space back cavity acoustically coupled to the speaker , the back cavity being elongate and having its longest length along a first direction, wherein the housing component comprises a dividing structure positioned to divide the back cavity into two air mass holding sections which are less elongate, in the first direction, than the back cavity as a whole and which have lengths along the first direction that are less than the length of the back cavity as a whole along the first direction, and wherein the dividing structure comprises an angled elongate wall forming an angled joint between the two air mass holding sections and the angled elongate wall comprises a plurality of apertures where the plurality of apertures are configured to permit travel of sound waves through the plurality of apertures between the two air mass holding sections wherein at least one of the size, location and shape of the plurality of apertures is configured to enable tuning of the speaker .
A hair cutting apparatus comprising: - a cutting element configured to cut hair, - a motor configured to drive the cutting element for cutting the hair when powered by a motor current , and - a current detector configured to detect the motor current as a function of time, the current detector comprising: - a current sensor configured to sense the motor current and to provide a current signal (U1) indicative of the sensed motor current , characterized in that the current detector further comprises a current manipulator configured to determine a time derivative signal (U3) of the current signal (U1), wherein the current manipulator comprises an evaluator configured to detect whether the time derivative signal (U3) or an amplified signal (U4) of the time derivative signal (U3) is above a predetermined threshold value to detect a hair-cutting action of the cutting element. - a cutting element configured to cut hair, - a motor configured to drive the cutting element for cutting the hair when powered by a motor current , and - a current detector configured to detect the motor current as a function of time, the current detector comprising: - a current sensor configured to sense the motor current and to provide a current signal (U1) indicative of the sensed motor current ,
Method for operating an electrical energy supply network having a subnetwork which has electrical loads (L) and/or electrical sources (S), wherein, in the method, - a decentralized control device is assigned to the subnetwork and is used to generate, using state values indicating a current electrical operating state of the subnetwork , control signals which are used to control components of the subnetwork , wherein - the decentralized control device comprises a state estimation device which is used to estimate the state values using input signals supplied to the state estimation device; - the decentralized control device comprises an evaluation device which is used to check the state values in order to determine whether they indicate an undesirable electrical operating state of the subnetwork of the energy supply network , and a control signal is generated if the state values indicate an undesirable electrical operating state; characterized in that - the state estimation device is supplied with input signals which indicate an environmental state in the region of the subnetwork , wherein - one or more of the following signals are used as input signals: - a weather signal indicating the current weather in the region of the subnetwork ; - a time signal indicating the current time; - a type of day signal indicating the type of the current day; and - the state estimation device comprises an artificial neural network which is trained in such a manner that it determines the state values using the input signals. - a decentralized control device is assigned to the subnetwork and is used to generate, using state values indicating a current electrical operating state of the subnetwork , control signals which are used to control components of the subnetwork , wherein - the decentralized control device comprises a state estimation device which is used to estimate the state values using input signals supplied to the state estimation device; - the decentralized control device comprises an evaluation device which is used to check the state values in order to determine whether they indicate an undesirable electrical operating state of the subnetwork of the energy supply network , and a control signal is generated if the state values indicate an undesirable electrical operating state; characterized in that - the state estimation device is supplied with input signals which indicate an environmental state in the region of the subnetwork , wherein - one or more of the following signals are used as input signals: - a weather signal indicating the current weather in the region of the subnetwork ; - a time signal indicating the current time; - a type of day signal indicating the type of the current day; and - the state estimation device comprises an artificial neural network which is trained in such a manner that it determines the state values using the input signals.
A computer implemented method for processing marine seismic data with combined deghosting and sparse τ-p transformation, the method comprising: (a) having marine seismic data d tx in a time-offset (t-x) domain; (b) having a model x comprising a set of coefficients of basis functions; (c) having a set of adaptive filters Cf comprising a set of coefficients of filters; (d) computing differences between synthesized data and the marine seismic data d tx , wherein the synthesized data is derived from the model x and the set of adaptive filters Cf; (e) setting up and solving an optimization problem, wherein: an objective function is a weighted sum of two norms; a first norm is an Lp norm of the differences; a second norm is an L q norm of the model x; the variables and solutions are coefficients of the model x and coefficients of filters C f ; and p and q are non-negative numbers; and (f) using the solutions of the coefficients of model x and the coefficients of filters C f to derive a wavefield characterization. (a) having marine seismic data d tx in a time-offset (t-x) domain; (b) having a model x comprising a set of coefficients of basis functions; (c) having a set of adaptive filters Cf comprising a set of coefficients of filters; (d) computing differences between synthesized data and the marine seismic data d tx , wherein the synthesized data is derived from the model x and the set of adaptive filters Cf; (e) setting up and solving an optimization problem, wherein: an objective function is a weighted sum of two norms; a first norm is an Lp norm of the differences; a second norm is an L q norm of the model x; the variables and solutions are coefficients of the model x and coefficients of filters C f ; and p and q are non-negative numbers; and an objective function is a weighted sum of two norms; a first norm is an Lp norm of the differences; a second norm is an L q norm of the model x; the variables and solutions are coefficients of the model x and coefficients of filters C f ; and p and q are non-negative numbers; and (f) using the solutions of the coefficients of model x and the coefficients of filters C f to derive a wavefield characterization.
A positioning marker, comprising: a base , comprising a planar sheet configured in a first plane, the planar sheet having a retroreflective surface; and a cover , which is fitted over and fastened to the base and has a plurality of openings through which the retroreflective surface is visible, the plurality of openings generating respective retroreflectors in the first plane, from the retroreflective surface, when the cover is fastened to the base; characterized in that the positioning marker further comprises: an additional opening in the cover ; and an additional sheet , having an additional retroreflective surface configured in a second plane parallel to and distinct from the first plane, so that the additional retroreflective surface is visible through the additional opening when the cover is fastened to the base. a base , comprising a planar sheet configured in a first plane, the planar sheet having a retroreflective surface; and a cover , which is fitted over and fastened to the base and has a plurality of openings through which the retroreflective surface is visible, the plurality of openings generating respective retroreflectors in the first plane, from the retroreflective surface, when the cover is fastened to the base; characterized in that the positioning marker further comprises: an additional opening in the cover ; and an additional sheet , having an additional retroreflective surface configured in a second plane parallel to and distinct from the first plane, so that the additional retroreflective surface is visible through the additional opening when the cover is fastened to the base. an additional opening in the cover ; and an additional sheet , having an additional retroreflective surface configured in a second plane parallel to and distinct from the first plane, so that the additional retroreflective surface is visible through the additional opening when the cover is fastened to the base.
A method of performing an internetworking procedure by a user equipment, UE, to change between networks in a wireless communication system, the method comprising: performing a first handover attach procedure from a 5th-generation core, 5GC, network to an evolved packet core, EPC, network, based on an NGx interface between the 5GC network and the EPC network not being implemented, receiving (Fig. 25 step 1), from a mobility management entity, MME, of the EPC network, in a tracking area update, TAU, procedure a first indication, based on the NGx interface between the 5GC network and the EPC network not being implemented, wherein the first indication is an indication instructing the UE to perform a second handover attach procedure when moving from the EPC network to the 5GC network, moving from a service area serviced by the EPC network to a service area serviced by the 5GC network; and performing (Fig. 25 steps 3-5) the second handover attach procedure in the 5GC network, based on the first indication. performing a first handover attach procedure from a 5th-generation core, 5GC, network to an evolved packet core, EPC, network, based on an NGx interface between the 5GC network and the EPC network not being implemented, receiving (Fig. 25 step 1), from a mobility management entity, MME, of the EPC network, in a tracking area update, TAU, procedure a first indication, based on the NGx interface between the 5GC network and the EPC network not being implemented, wherein the first indication is an indication instructing the UE to perform a second handover attach procedure when moving from the EPC network to the 5GC network, moving from a service area serviced by the EPC network to a service area serviced by the 5GC network; and performing (Fig. 25 steps 3-5) the second handover attach procedure in the 5GC network, based on the first indication.
A dispenser comprising: a guide shaft ; a housing , accommodating the guide shaft , and supporting the guide shaft movably frontward and rearward along an axial direction; a slide block slidably mounted on the guide shaft ; a piston shaft having one end mounted on the slide block , and another end projecting from the housing as the slide block moves frontward; a handle projecting from the housing ; a lever ; a first slide bar having one end rotatably supported on the housing , and another end rotatably supported on the lever and approaching the handle when rotated; a second slide bar having one end rotatably supported on the handle , and another end rotatably supported on the lever , wherein the first slide bar and the second slide bar are rotated when the lever is operated by a user of the dispenser to move closer or away from the handle ; and an engaging piece provided on the one end of the first slide bar and engaging a guide groove formed in the guide shaft , wherein the engaging piece moves the guide shaft frontward when the other end of the first slide bar is rotated to approach the handle due to the operation of the user. a guide shaft ; a housing , accommodating the guide shaft , and supporting the guide shaft movably frontward and rearward along an axial direction; a slide block slidably mounted on the guide shaft ; a piston shaft having one end mounted on the slide block , and another end projecting from the housing as the slide block moves frontward; a handle projecting from the housing ; a lever ; a first slide bar having one end rotatably supported on the housing , and another end rotatably supported on the lever and approaching the handle when rotated; a second slide bar having one end rotatably supported on the handle , and another end rotatably supported on the lever , wherein the first slide bar and the second slide bar are rotated when the lever is operated by a user of the dispenser to move closer or away from the handle ; and an engaging piece provided on the one end of the first slide bar and engaging a guide groove formed in the guide shaft , wherein the engaging piece moves the guide shaft frontward when the other end of the first slide bar is rotated to approach the handle due to the operation of the user.
A cosmetic product pot comprising a base surmounted by a substantially cylindrical neck defining an opening and a lid equipped with a seal having an upper surface and a lower surface , said neck of the pot possessing a brim having an inside periphery comprising a shoulder and said seal comprising on its lower surface an annular flexible lip which, when the lid is tightened onto the base , comes to press sealingly against said brim over its entire inside periphery so as to ensure fluid-tight closure of the pot , said pot being characterized in that said shoulder forms a concave surface and in that said annular flexible lip has on an outside peripheral wall a convex form which, when the lid is tightened onto the base , espouses said concave surface over at least a portion of the height of the shoulder .
A method of implanting ions into a wafer by irradiating the wafer with an ion beam using an implantation device, the implantation device comprising: a filter frame, and a filter held by the filter frame, wherein the filter is a microstructured membrane and is irradiated by the ion beam passing through the filter, characterized in that a collimator structure is arranged on the wafer. a filter frame, and a filter held by the filter frame, wherein the filter is a microstructured membrane and is irradiated by the ion beam passing through the filter, characterized in that a collimator structure is arranged on the wafer.