mhurhangee/patent-ind-claim-en huggingface dataset:
A jelly roll-type positive temperature coefficient (PTC) device for overcurrent and/or overtemperature protection, comprising: a PTC material layer ; a first electrode layer disposed on a first surface of the PTC material layer; a second electrode layer disposed on a second surface of the PTC material layer opposite the first surface, wherein the PTC material layer is disposed between overlapping portions of the first electrode layer and the second electrode layer; and an insulation layer disposed on a surface of the second electrode layer opposite the PTC material layer, wherein the insulation layer covers a region where the first electrode layer overlaps the second electrode layer; wherein the first electrode layer, the PTC material layer, the second electrode layer, and the insulation layer are rolled together to define a jelly roll structure with the PTC material layer providing an electrically conductive pathway between the overlapping first and second electrode layers, and with the insulation layer providing an electrically insulating barrier between the first and second electrode layers, characterized in that the first and second electrode layers are offset relative to one another, with a lateral edge of the first electrode layer extending beyond a first lateral edge of the PTC material layer a and with a lateral edge of the second electrode layer extending beyond a second lateral edge of the PTC material layer opposite the first lateral edge . a PTC material layer ; a first electrode layer disposed on a first surface of the PTC material layer; a second electrode layer disposed on a second surface of the PTC material layer opposite the first surface, wherein the PTC material layer is disposed between overlapping portions of the first electrode layer and the second electrode layer; and an insulation layer disposed on a surface of the second electrode layer opposite the PTC material layer, wherein the insulation layer covers a region where the first electrode layer overlaps the second electrode layer; wherein the first electrode layer, the PTC material layer, the second electrode layer, and the insulation layer are rolled together to define a jelly roll structure with the PTC material layer providing an electrically conductive pathway between the overlapping first and second electrode layers, and with the insulation layer providing an electrically insulating barrier between the first and second electrode layers, characterized in that the first and second electrode layers are offset relative to one another, with a lateral edge of the first electrode layer extending beyond a first lateral edge of the PTC material layer a and with a lateral edge of the second electrode layer extending beyond a second lateral edge of the PTC material layer opposite the first lateral edge .
Process for leading-edge phase dimming of at least one lamp in two-wire-operation, in which, depending on the level of voltage to be provided, the voltage to the lamp is only switched through from a certain phase angle within one half-wave by means of a timer whose timer-end-value is chosen to make different dimmer settings, and with the next zero crossing of the coming half-wave is disconnected again, and in which an R/C element is preset accordingly to generate the phase angle determining the brightness of the lamp, characterized by the following control steps, - Starting the loading process of the ignition capacitor of the R/C element by a release, whose release time is offset to the time of the actual zero crossing of the coming half-wave, - Detecting the time needed for loading the ignition capacitor of the R/C element as ACTUAL loading time, - Comparing the ACTUAL loading time with a set reference loading time determined by an ohmic load as SET loading time and - Changing the release time, if a deviation between ACUTAL loading time and SET loading time is detected, in a way that the ACTUAL loading time is adapted to the SET loading time. - Starting the loading process of the ignition capacitor of the R/C element by a release, whose release time is offset to the time of the actual zero crossing of the coming half-wave, - Detecting the time needed for loading the ignition capacitor of the R/C element as ACTUAL loading time, - Comparing the ACTUAL loading time with a set reference loading time determined by an ohmic load as SET loading time and - Changing the release time, if a deviation between ACUTAL loading time and SET loading time is detected, in a way that the ACTUAL loading time is adapted to the SET loading time.
Method for controlling a building installation as a function of at least one predefined personal situation detected in the monitoring area of a situation detector, with which method - in a first step, an access detection is carried out to detect whether a person will enter, enters or has entered the monitoring area, - in the case of positive access detection and a monitoring range not occupied by persons, a building installation which influences the monitoring range can be switched to a first state, - after detection of a person entering the monitoring area, the monitoring area is monitored in a second step with respect to the occurrence of the at least one personal situation, characterized by the fact that: - a tracker is assigned to each person entering the monitoring area, wherein a virtual body representing the person in simplified geometry is used as tracker, person-specific status data derived from the data detected by the situation detector being assigned to the virtual body, and - this person is then monitored with respect to his or her changes of state via the associated changes in the status data of the tracker, and - an activation of at least one building installation is carried out if the person-specific status data assigned to the tracker correspond to those of a predetermined situation. - in a first step, an access detection is carried out to detect whether a person will enter, enters or has entered the monitoring area, - in the case of positive access detection and a monitoring range not occupied by persons, a building installation which influences the monitoring range can be switched to a first state, - after detection of a person entering the monitoring area, the monitoring area is monitored in a second step with respect to the occurrence of the at least one personal situation, characterized by the fact that: - a tracker is assigned to each person entering the monitoring area, wherein a virtual body representing the person in simplified geometry is used as tracker, person-specific status data derived from the data detected by the situation detector being assigned to the virtual body, and - this person is then monitored with respect to his or her changes of state via the associated changes in the status data of the tracker, and - a tracker is assigned to each person entering the monitoring area, wherein a virtual body representing the person in simplified geometry is used as tracker, person-specific status data derived from the data detected by the situation detector being assigned to the virtual body, and - this person is then monitored with respect to his or her changes of state via the associated changes in the status data of the tracker, and - an activation of at least one building installation is carried out if the person-specific status data assigned to the tracker correspond to those of a predetermined situation.
Device with plug connections between at least two components that can be connected to each other in a form-fitting manner via their contact surfaces, wherein - the first component has, for the purpose of forming a first connection component, at least one receiving part which surrounds a cavity in which at least one gripping mechanism is arranged, and - the second component has, for the purpose of forming a connection component, at least one pin for insertion into the gripping mechanism, - the gripping mechanism associated with the connection component of the first component has a free lateral displaceability within the cavity - the pin associated with the connection component of the second component can optionally be adjusted in the direction of its longitudinal axis, characterised in that a gripping mechanism composed of alternately positioned gripping jaw rows and sliding discs is arranged in the cavity . - the first component has, for the purpose of forming a first connection component, at least one receiving part which surrounds a cavity in which at least one gripping mechanism is arranged, and - the second component has, for the purpose of forming a connection component, at least one pin for insertion into the gripping mechanism, - the gripping mechanism associated with the connection component of the first component has a free lateral displaceability within the cavity - the pin associated with the connection component of the second component can optionally be adjusted in the direction of its longitudinal axis,
Reversible activation unit for the alternate impingement of two separate motor vehicle functional elements , in particular two motor vehicle door latches , with a single motor , and with two connecting elements , whereby the motor according to its working direction either impinges the distanced first functional element via the first connecting element or the distanced second element via the second connecting element , wherein the first connecting element is connected to a first lever and the second connecting element to a second lever , whereby the respective lever is impinged dependent on the working direction of the motor preferably working in a linear manner, characterized in that the two levers are connected via an interposed spring .
An isolated antibody directed against a target CD40 polypeptide (SEQ ID NO:28), characterized in that said antibody comprises heavy chain amino acid sequence of SEQ ID NO: 11 and light chain amino acid sequence of SEQ ID NO: 12, for use in the treatment of autoimmune disorders and/or inflammatory disorders, wherein the antibody is administered in combination with immunosuppressive drugs or anti-inflammatory drugs.
A cable for a latch configured to open and lock a door leaf of a motor vehicle, the cable comprising a cable sheath and a cable core movably housed within the sheath , the cable core terminating in a cable end-piece at least at one end of the sheath , the cable further comprising a mounting part fastened to said end of the sheath , the mounting part housing the cable end-piece , wherein the cable end-piece is movably mounted between - a delivery position in which the cable end-piece is disposed in a delivery area ( b ) at a first distance from said end of the sheath , and - an operating position in which the cable end-piece is disposed in an operating area ( c ) at a second distance from said end of the sheath , and wherein the mounting part further comprises a holding means for the cable end-piece in the delivery position. - a delivery position in which the cable end-piece is disposed in a delivery area ( b ) at a first distance from said end of the sheath , and - an operating position in which the cable end-piece is disposed in an operating area ( c ) at a second distance from said end of the sheath ,
A hybrid structure , comprising: a frame member comprising at least three walls forming a channel having a convex portion where two walls meet; characterized by a concave deformation in at least one of the convex portions , wherein the concave deformation extends into the channel and has open ends forming an opening through the convex portion ; and a plastic reinforcement member in the channel , wherein a portion of the reinforcement member extends into the opening and on the deformation . a frame member comprising at least three walls forming a channel having a convex portion where two walls meet; characterized by a concave deformation in at least one of the convex portions , wherein the concave deformation extends into the channel and has open ends forming an opening through the convex portion ; and a plastic reinforcement member in the channel , wherein a portion of the reinforcement member extends into the opening and on the deformation .
A method for producing an all-solid-state battery having a solid electrolyte layer between a positive electrode layer and a negative electrode layer, the method comprising: a step of coating at least one of the positive electrode layer and the negative electrode layer with a coating solution, said coating solution containing a solid electrolyte solution, which is obtained by dissolving a solid electrolyte in a solvent, and fine particles which are insoluble in the solid electrolyte solution; and a step of removing the solvent from the coated coating solution to deposit the solid electrolyte on at least one of the positive electrode layer and the negative electrode layer, wherein the concentration of the solid electrolyte in the solid electrolyte solution is 1 to 40 wt%, wherein the coating solution comprises the fine particles in an amount of 0.1 to 30% by mass, wherein the fine particles have an average particle diameter (median diameter d50) of 10 nm to 1 μm, as measured according to the method of the description. wherein the solid electrolyte comprises at least one selected from the group consisting of LiBH 4 , an LiBH 4 -LiI-based material, 3LiBH 4 -LiI, an LiBH 4 -P 2 S 5 -based material, 9LiBH 4 -P 2 S 5 , an LiBH 4 -P 2 I 4 -based material, 9LiBH 4 -P 2 I 4 , 85LiBH 4 -15P 2 I 4 , Li 2 B 12 H 12 , Li 2 B 10 H 10 , LiCB 11 H 12 and LiCB 9 H 10 . a step of coating at least one of the positive electrode layer and the negative electrode layer with a coating solution, said coating solution containing a solid electrolyte solution, which is obtained by dissolving a solid electrolyte in a solvent, and fine particles which are insoluble in the solid electrolyte solution; and a step of removing the solvent from the coated coating solution to deposit the solid electrolyte on at least one of the positive electrode layer and the negative electrode layer, wherein the concentration of the solid electrolyte in the solid electrolyte solution is 1 to 40 wt%, wherein the coating solution comprises the fine particles in an amount of 0.1 to 30% by mass, wherein the fine particles have an average particle diameter (median diameter d50) of 10 nm to 1 μm, as measured according to the method of the description. wherein the solid electrolyte comprises at least one selected from the group consisting of LiBH 4 , an LiBH 4 -LiI-based material, 3LiBH 4 -LiI, an LiBH 4 -P 2 S 5 -based material, 9LiBH 4 -P 2 S 5 , an LiBH 4 -P 2 I 4 -based material, 9LiBH 4 -P 2 I 4 , 85LiBH 4 -15P 2 I 4 , Li 2 B 12 H 12 , Li 2 B 10 H 10 , LiCB 11 H 12 and LiCB 9 H 10 .
A solid freeform fabrication object comprising: a hydrogel including a polymer, water, and a coloring material contained inside a coloring material inclusion substance , whereby the hydrogel is prevented from being mixed with the coloring material during manufacturing of the solid freeform fabrication object.
Process for precipitating a carbonate or (oxy)hydroxide comprising nickel from an aqueous solution by combining at least one aqueous solution of at least two different metal salts of which one is a nickel salt with at least one aqueous solution of at least one alkali metal hydroxide or (hydrogen)carbonate wherein such process is carried out in a vessel comprising (A) a vessel body, (B) one or more elements that control the hydraulic flow of the slurry formed during the precipitation and that induce a loop-type circulation flow, such element(s) (B) being selected from draft tubes and guide vanes, and (C) a stirrer whose stirrer element is in the vessel and located below the element(s) (B). (A) a vessel body, (B) one or more elements that control the hydraulic flow of the slurry formed during the precipitation and that induce a loop-type circulation flow, such element(s) (B) being selected from draft tubes and guide vanes, and (C) a stirrer whose stirrer element is in the vessel and located below the element(s) (B).
An X-ray detector detecting X-ray image data for each detection module, comprising: a detection module provided with a protruding frame on a back side of a detection device detecting X-rays; and a guide frame fitting into the protruding frame and removably supporting the detection device, wherein the guide frame fixes a position of the detection device relative to the guide frame by the fitting, characterized in that the guide frame includes a window hole fitting the protruding frame thereinto, and wherein a guide groove slidably holding the protruding frame is formed in the window hole, and wherein the protruding frame and the guide groove are formed so as to be able to fit/remove the detection device by sliding the detection device in a direction perpendicular to the detection surface, and wherein a handle portion for being grabbed by a user is formed at one end of the protruding frame. a detection module provided with a protruding frame on a back side of a detection device detecting X-rays; and a guide frame fitting into the protruding frame and removably supporting the detection device, wherein the guide frame fixes a position of the detection device relative to the guide frame by the fitting, characterized in that the guide frame includes a window hole fitting the protruding frame thereinto, and wherein a guide groove slidably holding the protruding frame is formed in the window hole, and wherein the protruding frame and the guide groove are formed so as to be able to fit/remove the detection device by sliding the detection device in a direction perpendicular to the detection surface, and wherein a handle portion for being grabbed by a user is formed at one end of the protruding frame.
Direct plug-in element for making contact with an electrical contact, comprising - a spring-action direct contact which is electrically connected to a cable , - wherein the spring-action direct contact has a first spring region and a second spring region , - wherein the direct contact has a substantially U-shaped form with a first limb and a second limb , - wherein the first spring region is arranged on the first limb and the second spring region is arranged on the second limb , and - wherein at least one of the spring regions is designed as a contact region in order to make electrical contact with the electrical contact, and - wherein the first spring region comprises a first spring bow and the second spring region comprises a second spring bow , wherein the two spring bows are designed as contact regions, - wherein the first and the second spring region are provided symmetrically in relation to a centre plane (E). - a spring-action direct contact which is electrically connected to a cable , - wherein the spring-action direct contact has a first spring region and a second spring region , - wherein the direct contact has a substantially U-shaped form with a first limb and a second limb , - wherein the first spring region is arranged on the first limb and the second spring region is arranged on the second limb , and - wherein at least one of the spring regions is designed as a contact region in order to make electrical contact with the electrical contact, and - wherein the first spring region comprises a first spring bow and the second spring region comprises a second spring bow , wherein the two spring bows are designed as contact regions, - wherein the first and the second spring region are provided symmetrically in relation to a centre plane (E).
A chimeric polypeptide comprising an enveloped virus fusion ectodomain polypeptide operably connected downstream to a heterologous, structure-stabilizing moiety comprising complementary first heptad repeat (HR1) and second heptad repeat (HR2) regions that associate with each other under conditions suitable for their association to form an anti-parallel, two-helix bundle, wherein the HR1 and HR2 regions lack complementarity to the ectodomain polypeptide, so that they preferentially form with each other an anti-parallel, two-helix bundle, rather than with structural elements of the ectodomain polypeptide, wherein the ectodomain polypeptide comprises at least one pre-fusion epitope that is not present in the post-fusion form of an enveloped virus fusion protein to which the ectodomain polypeptide corresponds.
Method for packaging powders in containers (S) through a system that conveys the powders through a hopper (T) and a first tube (TC) connected to said hopper (T) towards the containers (S), said method comprises the following step: a) Sucking air from the inner region of said hopper (T) and of said first tube (TC) so as to compact the conveyed powders; and said method being characterized in that it further comprises the following step: b) introducing gas so as to adjust the degree of compacting of the powders inside said first tube (TC). a) Sucking air from the inner region of said hopper (T) and of said first tube (TC) so as to compact the conveyed powders; and said method being characterized in that it further comprises the following step: b) introducing gas so as to adjust the degree of compacting of the powders inside said first tube (TC).
Method for securely storing, in a network , a container image in a container registry , comprising: - a step of sending a container image , this container image corresponding to an initial state of a client machine environment which can subsequently be used to execute this container, from a first client machine of the network to a container registry of a server machine of the network , which server machine is remote from the first client machine , - a step of encrypting this container image , which step is carried out in the random access memory of the first client machine , before the step of sending it to the server machine , such that said container image is already encrypted when it is received by the container registry in order to be stored therein, characterised in that : - the encryption key is introduced in encoded form on the first client machine , the encryption key is accompanied by a decoding password enabling it to be decoded, the encoded encryption key and the decoding password are only found together in the random access memory of the first client machine in order to encrypt the container image , such that the encryption key of this container image can be used in the random access memory of the first client machine , is inaccessible in the mass storage of the first client machine and is inaccessible on the server machine . - a step of sending a container image , this container image corresponding to an initial state of a client machine environment which can subsequently be used to execute this container, from a first client machine of the network to a container registry of a server machine of the network , which server machine is remote from the first client machine , - a step of encrypting this container image , which step is carried out in the random access memory of the first client machine , before the step of sending it to the server machine , such that said container image is already encrypted when it is received by the container registry in order to be stored therein, characterised in that : - the encryption key is introduced in encoded form on the first client machine , the encryption key is accompanied by a decoding password enabling it to be decoded, the encoded encryption key and the decoding password are only found together in the random access memory of the first client machine in order to encrypt the container image , such that the encryption key of this container image can be used in the random access memory of the first client machine , is inaccessible in the mass storage of the first client machine and is inaccessible on the server machine .