mhurhangee/patent-ind-claim-en huggingface dataset:
The method of protecting footwear, such as a fabric shoe or trainer from being worn thin through wear, the method comprising: providing an applicator with a protective footwear device comprising a patch , the applicator configured to apply the patch to footwear prior to removal of the applicator from the footwear, wherein the applicator is in the form of a card having a template of at least a partial foot printed thereon, the applicator having the patch temporarily adhered to a surface of the template in a toe region of the sole, wherein a low-tack semi-permanent adhesive applied an inner surface of the patch to an intended upper surface of the applicator, the low-tack semi-permanent adhesive configured to allow the patch to disengage from the applicator when a pulling force is applied, and wherein at least part of an outer surface of the patch is provided with a double-sided adhesive with a detachable liner attached to the outer surface of the double-sided adhesive; removing the detachable liner from the patch; placing the template with uncovered patch into the footwear to be protected; applying pressure to an outer surface of the footwear in the region in which the patch is to be internally applied to the footwear to securely attach the patch to an inner surface of the footwear; and applying a pulling force to the applicator to disengage the patch from the applicator and removing the applicator comprising the template from the footwear to leave the patch adhered to the footwear. providing an applicator with a protective footwear device comprising a patch , the applicator configured to apply the patch to footwear prior to removal of the applicator from the footwear, wherein the applicator is in the form of a card having a template of at least a partial foot printed thereon, the applicator having the patch temporarily adhered to a surface of the template in a toe region of the sole, wherein a low-tack semi-permanent adhesive applied an inner surface of the patch to an intended upper surface of the applicator, the low-tack semi-permanent adhesive configured to allow the patch to disengage from the applicator when a pulling force is applied, and wherein at least part of an outer surface of the patch is provided with a double-sided adhesive with a detachable liner attached to the outer surface of the double-sided adhesive; removing the detachable liner from the patch; placing the template with uncovered patch into the footwear to be protected; applying pressure to an outer surface of the footwear in the region in which the patch is to be internally applied to the footwear to securely attach the patch to an inner surface of the footwear; and applying a pulling force to the applicator to disengage the patch from the applicator and removing the applicator comprising the template from the footwear to leave the patch adhered to the footwear.
Device for cardiopulmonary massaging and/or resuscitation, having a massaging device which has a pressing stamp , reversably movable in an operating direction , able to be operated by a drive and able to be positioned on the rib cage of a patient on a target contact region , wherein the pressing stamp can be fixed on the rib cage of the patient on the target contact region and at least during a rest-state between two massage strokes is mounted freely movably in a plane perpendicular to the operating direction , characterised in that the pressing stamp is fixed or can be fixed on a holding means which can be fastened on the rib cage of the patient , wherein the holding means is formed as a holding pad which can be adhesively bonded by means of an adhesive layer on the rib cage .
An electromagnetic relay comprising: a fixed spring (32; 33) having a hole (32d; 33c) penetrating therethrough; a fixed contact (34; 35) inserted into the hole (32d; 33c); a movable spring ; and a movable contact provided on the movable spring so as to make contact with the fixed contact (34; 35), characterised in that : a first surface (32b; 33a) of the fixed spring (32; 33) opposite a second surface thereof facing the movable spring has a recess (32e; 33d), the recess (32e; 33d) being formed in a stepped shape around an entire outer edge of the hole (32d; 33c), and a portion (34a; 35a), inserted into the hole (32d; 33c), of the fixed contact (34; 35) is swaged to extend in the recess (32e; 33d), so that the swaged portion (34a; 35a) of the fixed contact (34; 35) with the first surface (32b; 33a) of the fixed spring (32; 33) is flat, and so that the fixed contact (34; 35) is securely attached to the fixed spring (32; 33). a fixed spring (32; 33) having a hole (32d; 33c) penetrating therethrough; a fixed contact (34; 35) inserted into the hole (32d; 33c); a movable spring ; and a movable contact provided on the movable spring so as to make contact with the fixed contact (34; 35), a first surface (32b; 33a) of the fixed spring (32; 33) opposite a second surface thereof facing the movable spring has a recess (32e; 33d), the recess (32e; 33d) being formed in a stepped shape around an entire outer edge of the hole (32d; 33c), and a portion (34a; 35a), inserted into the hole (32d; 33c), of the fixed contact (34; 35) is swaged to extend in the recess (32e; 33d), so that the swaged portion (34a; 35a) of the fixed contact (34; 35) with the first surface (32b; 33a) of the fixed spring (32; 33) is flat, and so that the fixed contact (34; 35) is securely attached to the fixed spring (32; 33).
A battery unit comprising: a polymer frame having an outer shape, a window arranged within the outer shape, a planar side and an opposite planar side , wherein the planar side and the opposite planar side are parallel to each other and perpendicular to the outer shape and the window of the polymer frame; a bipolar current collector foil , the bipolar current collector foil being fixedly connected to the planar side of the polymer frame at its edges around the window ; a separator including a solid-state electrolyte, the separator being fixedly connected to the opposite planar side of the polymer frame at its edges around the window ; a cathode deposited as a film on a first side of the bipolar current collector foil or on the separator ; and an anode . a polymer frame having an outer shape, a window arranged within the outer shape, a planar side and an opposite planar side , wherein the planar side and the opposite planar side are parallel to each other and perpendicular to the outer shape and the window of the polymer frame; a bipolar current collector foil , the bipolar current collector foil being fixedly connected to the planar side of the polymer frame at its edges around the window ; a separator including a solid-state electrolyte, the separator being fixedly connected to the opposite planar side of the polymer frame at its edges around the window ; a cathode deposited as a film on a first side of the bipolar current collector foil or on the separator ; and an anode .
1-(5-ethyl-2-{[(2 R )-1-methoxypropan-2-yl]oxylphenyl)- N -(2-methylquinoline-5-sulfonyl)cyclopropane-1-carboxamide, or a pharmaceutically acceptable salt thereof.
Means for therapeutic use in the reduction of fat absorption in the human or animal body, containing calcium sulphate as fine granulate enclosed in gum arabic, wherein the particles of the granulate are individually coated with gum arabic.
A copper-filler-containing composite nanometal paste comprising a composite silver nanoparticle in which an organic coating layer being an organic matter is formed around a silver core, and a copper filler which has no organic coating layer, wherein, as binders, said composite silver nanoparticle comprises a first composite silver nanoparticle with a first organic coating layer and a second composite silver nanoparticle with a second organic coating layer in which pyrolysis temperatures of said first organic coating layer and said second organic coating layer differ from each other, wherein a mass ratio W1 of said first organic coating layer in said first composite silver nanoparticle exists within a range of 2 to 13 mass%, and a mass ratio W2 of said second organic coating layer in said second composite silver nanoparticle exists within a range of 5 to 25 mass%, wherein, when T1 is a pyrolysis temperature of said first organic coating layer and T2 is a pyrolysis temperature of said second organic coating layer, relationships of Tl<T2 and W1<W2 are satisfied, and wherein the content of said first composite silver nanoparticle contained in said copper-filler-containing composite nanometal paste is higher than that of said second composite silver nanoparticle.
An apparatus comprising: a comparator having a first input coupled to a pull-up or pull-down impedance, and a second input configured to receive an adjustable threshold, wherein the pull-up or pull-down impedance is associated with a USB Type-C port , and wherein the second input of the comparator is adjustable by hardware trigger logic configured to introduce a DC offset to the second input of the comparator; a sequential circuitry coupled to the comparator , wherein an output of the comparator is configured to sample a data input of the sequential circuitry , wherein an output of the sequential circuitry is configured to provide an indicator to a processor to throttle a voltage and/or frequency of the processor ; and logic configured to execute software to detect USB Type-C power delivery pull-down impedance voltage OR USB Type-C power delivery protocol packets and to generate throttle hints for the processor . a comparator having a first input coupled to a pull-up or pull-down impedance, and a second input configured to receive an adjustable threshold, wherein the pull-up or pull-down impedance is associated with a USB Type-C port , and wherein the second input of the comparator is adjustable by hardware trigger logic configured to introduce a DC offset to the second input of the comparator; a sequential circuitry coupled to the comparator , wherein an output of the comparator is configured to sample a data input of the sequential circuitry , wherein an output of the sequential circuitry is configured to provide an indicator to a processor to throttle a voltage and/or frequency of the processor ; and logic configured to execute software to detect USB Type-C power delivery pull-down impedance voltage OR USB Type-C power delivery protocol packets and to generate throttle hints for the processor .
Protection system for limiting the impact of disturbances from an external urban or industrial electrical network on a local electrical network of a site which is connected to the external network and which comprises at least one local source of electrical energy, called "local source " connected to the local network and capable of injecting the excess electrical energy not consumed by the local network into the external network , the protection system comprising a synchronous machine connected to the local network which is itself connected to the external network via a choke , called "network choke" which is connected directly to the local network , characterised in that the synchronous machine is a machine with low direct subtransient reactance which is less than 10% of the nominal reactance of the local network and that the protection system comprises at least one auxiliary local choke which is associated with the local source and for which the reactance value (L13) is 25 to 40% of the nominal reactance (L6) in PU, Per Unit, of the local source and which is connected to the local network between the said local source and the synchronous machine .
An on-track maintenance machine for maintaining a superstructure with a track panel formed of sleepers and rails fixed thereon that is supported on a ballast bed , comprising a lifting and lining unit for track lifting and lining and a tamping unit for track tamping, wherein at least one rail treatment unit for continuous reprofiling of the rails is arranged on a machine frame of the maintenance machine, characterized in the arrangement of a machine traction drive and a central control device which is designed in this way for the actuation of the machine traction drive as well as working-mode drives of the lifting and lining unit , the tamping unit , and the rail treatment unit and, if necessary, a satellite drive, that in case of an interruption of work is necessary for one work unit the central control device is used to intervene according to a specified control scenario of the other work units .
A method for removing nitrogen oxides from a gas stream, comprising: Introducing a to-be treated gas stream into a gas-solid reaction column and introducing ferric chloride particles into the gas-solid reaction column; wherein the reaction temperature in said gas-solid reaction column is in the range of 35°C to 95°C; and forming solid products by using said ferric chloride particles to adsorb nitrogen oxides, thereby purifying the gas stream. Introducing a to-be treated gas stream into a gas-solid reaction column and introducing ferric chloride particles into the gas-solid reaction column; wherein the reaction temperature in said gas-solid reaction column is in the range of 35°C to 95°C; and forming solid products by using said ferric chloride particles to adsorb nitrogen oxides, thereby purifying the gas stream.
Drilling system for drilling a well, the drilling system having a well centre through which a drill string may be run into and pulled out of the well, said drilling system comprising: - a coilable drill string ; - a first reel for storing said coilable drill string ; - a drive means for driving said coilable drill string into the well from said first reel and out of the well to said first reel ; and - a deflection means for directing said coilable drill string between said first reel and into said well centre ; and - a top drive ; wherein said coilable drill string is provided with: - a first connection at a first end thereof for connecting the coilable drill string to a bottom-hole-assembly, characterized in that the drilling system further comprises: - a second connection at a second end thereof for connecting the coilable drill string to said top drive . - a coilable drill string ; - a first reel for storing said coilable drill string ; - a drive means for driving said coilable drill string into the well from said first reel and out of the well to said first reel ; and - a deflection means for directing said coilable drill string between said first reel and into said well centre ; and - a top drive ; - a first connection at a first end thereof for connecting the coilable drill string to a bottom-hole-assembly, characterized in that the drilling system further comprises: - a second connection at a second end thereof for connecting the coilable drill string to said top drive .
A smart home wireless control system, comprising a mobile control terminal , a plurality of remote-controlled devices and a signal access point, AP, wherein the mobile control terminal and the remote-controlled devices are configured to exchange data through the AP , each remote-controlled device comprises an access controller and a controlled appliance connected to the access controller , the inside of the access controller is provided with a wireless signal station and a counter, the mobile control terminal is configured to detect the signal intensities of the wireless signal stations of each remote-controlled device , the mobile control terminal is configured to send a WIFI instruction to the counter according to the changes of the received signal intensities of the remote-controlled devices to make the counter conduct such counting operations as adding and subtracting to trigger true and false conditions, and conduct smart control on the remote-controlled devices ; when a user carries the mobile control terminal to enter a service area of the remote-controlled device , the mobile control terminal is configured to issue an operation of adding 1 on the counter, and when the user carries the mobile control terminal to leave the service area of the remote-controlled device , the mobile control terminal is configured to issue an operation of subtracting 1 on the counter; characterized in that both the controlled appliance and the mobile control terminal used by different users have a unique device identity code thereof as a distinguishing marker through which the mobile control terminal distinguishes different controlled appliances ; before conducting an adding operation, the counter is configured to check through the identity code whether the mobile control terminal already sent an adding instruction; if the identity code is stored, then the counter is configured to not change; and if the identity code is not stored, then the counter is configured to add 1 and store the identity code of the mobile control terminal ; before conducting a subtracting operation, the counter is configured to check whether the identity code of the mobile control terminal sending an instruction is already stored; if the identity code is stored, then the counter is configured to not change; and if the identity code is not stored, then the counter is configured to subtract 1 and delete the stored device identity code.
A method for managing use of a battery in a portable electronic device, comprising: operating a charging circuit for converting an input voltage from a power source into a set of output voltages to simultaneously charge the battery , power a low-voltage subsystem , and power a high-voltage subsystem in the portable electronic device; and during operation of the charging circuit, upon detecting the input voltage from the power source and a low-voltage state in the battery: using a first inductor group in the charging circuit to down-convert the input voltage to a target voltage of the battery that is lower than a voltage requirement of the high-voltage subsystem; using the target voltage to charge the battery and power the low-voltage subsystem; and using a second inductor group in the charging circuit to up-convert the target voltage to power the high-voltage subsystem; and upon detecting a change between a voltage requirement of the high-voltage subsystem and a battery voltage of the battery beyond a threshold, switching a membership of an inductor between the first and second inductor groups. operating a charging circuit for converting an input voltage from a power source into a set of output voltages to simultaneously charge the battery , power a low-voltage subsystem , and power a high-voltage subsystem in the portable electronic device; and during operation of the charging circuit, upon detecting the input voltage from the power source and a low-voltage state in the battery: using a first inductor group in the charging circuit to down-convert the input voltage to a target voltage of the battery that is lower than a voltage requirement of the high-voltage subsystem; using the target voltage to charge the battery and power the low-voltage subsystem; and using a second inductor group in the charging circuit to up-convert the target voltage to power the high-voltage subsystem; and using a first inductor group in the charging circuit to down-convert the input voltage to a target voltage of the battery that is lower than a voltage requirement of the high-voltage subsystem; using the target voltage to charge the battery and power the low-voltage subsystem; and using a second inductor group in the charging circuit to up-convert the target voltage to power the high-voltage subsystem; and upon detecting a change between a voltage requirement of the high-voltage subsystem and a battery voltage of the battery beyond a threshold, switching a membership of an inductor between the first and second inductor groups.
A stator for the arrangement opposite to a rotor of an electric motor excited by a permanent magnet with a plurality of pole segments arranged in the circumferential direction, consisting of a respective tooth with a tooth segment , wherein the tooth segments of directly adjacent pole segments are respectively spaced apart from one another by a groove slit (N) with the width s, wherein the tooth segments of the teeth have at least two recesses with a with b1 at their respective end side facing the rotor and each of the two recesses possesses a distance, as measured in the circumferential direction from the center (M A ) of this recess to the center (Ms) of the respective next adjacent groove slit (N), which is less than the distance to the center (M P ) of the pole segment , thus achieving a non-equidistant arrangement of the recesses with regard to the groove separation of the stator , wherein there is the following connection for the position of two outer recesses in a tooth : a ≠ b a = 0 ... 1 3 ⋅ a + b 2 wherein "a" is the distance of a respective recess as measured in the circumferential direction from the center (M A ) of this recess to the center (Ms) of the next adjacent groove slit (N) and "b" is the distance between the two outer recesses as measured in the circumferential direction, characterized in that four recesses are present, two of which are outer recesses further in the direction to the groove slit (N) with a cross-sectional area A1, and two intermediate recesses with a cross-sectional area A2 at the tooth segments of the teeth are provided, wherein the following condition between the cross-sectional areas applies: A2 < 0.25 * A1 and wherein the recesses possess a box-shaped cross-sectional shape. wherein "a" is the distance of a respective recess as measured in the circumferential direction from the center (M A ) of this recess to the center (Ms) of the next adjacent groove slit (N) and "b" is the distance between the two outer recesses as measured in the circumferential direction, characterized in that four recesses are present, two of which are outer recesses further in the direction to the groove slit (N) with a cross-sectional area A1, and two intermediate recesses with a cross-sectional area A2 at the tooth segments of the teeth are provided, wherein the following condition between the cross-sectional areas applies: A2 < 0.25 * A1 and wherein the recesses possess a box-shaped cross-sectional shape.
A narrowband Internet of Things, NB-IoT, user equipment, UE , configured to: decode an information contained in received downlink control information, DCI, carrying a downlink assignment for a narrowband physical downlink shared channel, NPDSCH; determine an uplink, UL, resource allocation for hybrid automatic repeat request, HARQ, feedback in response to the NPDSCH based on the information contained in the received DCI for transmission on a narrowband physical uplink shared channel, NPUSCH; and encode the HARQ feedback for transmission on the NPUSCH; wherein the information contained in the received DCI indicates time domain resource corresponding to a subframe location and a frequency domain resource for transmission of the HARQ feedback on the NPUSCH. decode an information contained in received downlink control information, DCI, carrying a downlink assignment for a narrowband physical downlink shared channel, NPDSCH; determine an uplink, UL, resource allocation for hybrid automatic repeat request, HARQ, feedback in response to the NPDSCH based on the information contained in the received DCI for transmission on a narrowband physical uplink shared channel, NPUSCH; and encode the HARQ feedback for transmission on the NPUSCH; wherein the information contained in the received DCI indicates time domain resource corresponding to a subframe location and a frequency domain resource for transmission of the HARQ feedback on the NPUSCH.