mhurhangee/patent-ind-claim-en huggingface dataset:
A knife comprising a blade having a first side face and a second side face, wherein the blade contains zirconia as a main component, and has a cutting region including at least a ridge portion between the first side face and the second side face, and when a portion including the cutting region in the first side face is referred to as a first cutting face, and a portion including the cutting region in the second side face is referred to as a second cutting face, a proportion of cubic crystals of zirconia in the first cutting face is larger than a proportion of cubic crystals of zirconia in the second cutting face.
A safety device against incorrect operation for a drive rod fitting of a wing of a window, a French window or the like which is pivotable against a frame , with a blocking element and with a pawl deflectable depending on the position of the wing from the frame for activating the blocking element , wherein the blocking element is designed in a first position for generating a positive locking with a component of the drive rod fitting and in a second position for releasing the positive locking, with a pinion driving a drive rod of the drive rod fitting , characterized in that the blocking element for releasing and generating the positive locking faces the pinion driving the drive rod of the drive rod fitting .
A tool comprising: a plurality of links including at least two links movably interconnected to one another to form at least a portion of a wearable accessory, wherein the plurality of links are articulatable so as to alternately assume a first configuration in which the plurality of links extend linearly and a second configuration in which the plurality of links are curved about an axis in a first direction so as to define a centerline , wherein the plurality of links are configured to permit limited motion in a direction parallel to the axis prior to becoming structurally rigid, wherein at least one link comprises at least one tool function, and wherein the at least one tool function is positioned so as to be substantially on the centerline defined by the plurality of links in the second configuration, characterized in that the plurality of links forms at least part of a bracelet . a plurality of links including at least two links movably interconnected to one another to form at least a portion of a wearable accessory, wherein the plurality of links are articulatable so as to alternately assume a first configuration in which the plurality of links extend linearly and a second configuration in which the plurality of links are curved about an axis in a first direction so as to define a centerline , wherein the plurality of links are configured to permit limited motion in a direction parallel to the axis prior to becoming structurally rigid, wherein at least one link comprises at least one tool function, and wherein the at least one tool function is positioned so as to be substantially on the centerline defined by the plurality of links in the second configuration, characterized in that the plurality of links forms at least part of a bracelet .
An information transmission method, executed by an unmanned aerial vehicle, UAV, comprising: receiving, by the UAV, an identity request sent by a mobility management entity, MME, in a network attachment process; characterized by , after receiving the identity request sent by the MME, sending , by the UAV, type information to the MME through an identity response, the type information being used for indicating a type of the UAV, and a supervision requirement being determinable by the MME according to the type of the UAV, to enable the UAV to be controlled by the MME through the supervision requirement, wherein the supervision requirement comprises alarming or decreasing the flight height, the type information is an International Mobile Equipment Identity, IMEI, of the UAV, the IMEI comprises a Type Allocation Code, TAC, used for indicating the type of the UAV, and the type of UAV comprises at least one of: a micro UAV, a light UAV, a small UAV, a medium-sized UAV or a large UAV receiving, by the UAV, an identity request sent by a mobility management entity, MME, in a network attachment process; characterized by , after receiving the identity request sent by the MME, sending , by the UAV, type information to the MME through an identity response, the type information being used for indicating a type of the UAV, and a supervision requirement being determinable by the MME according to the type of the UAV, to enable the UAV to be controlled by the MME through the supervision requirement, wherein the supervision requirement comprises alarming or decreasing the flight height, the type information is an International Mobile Equipment Identity, IMEI, of the UAV, the IMEI comprises a Type Allocation Code, TAC, used for indicating the type of the UAV, and the type of UAV comprises at least one of: a micro UAV, a light UAV, a small UAV, a medium-sized UAV or a large UAV
A power control method, comprising: receiving from a base station, by a user equipment, UE, power control indication information; identifying a power control mode indicating that a mechanism for power control is selected by the base station or the UE, based on the power control indication information; when the power control mode is identified that the mechanism for power control is selected by the base station, performing , by the UE, power control for an uplink transmission of the UE on an unlicensed band according to a first power control mechanism or a second power control mechanism selected by the base station; and when the power control mode is identified that the mechanism for power control is selected by the UE, performing , by the UE, power control for the uplink transmission of the UE on the unlicensed band according to the first power control mechanism or a third power control mechanism selected by the UE based on a signal energy level of other device detected by the UE. receiving from a base station, by a user equipment, UE, power control indication information; identifying a power control mode indicating that a mechanism for power control is selected by the base station or the UE, based on the power control indication information; when the power control mode is identified that the mechanism for power control is selected by the base station, performing , by the UE, power control for an uplink transmission of the UE on an unlicensed band according to a first power control mechanism or a second power control mechanism selected by the base station; and when the power control mode is identified that the mechanism for power control is selected by the UE, performing , by the UE, power control for the uplink transmission of the UE on the unlicensed band according to the first power control mechanism or a third power control mechanism selected by the UE based on a signal energy level of other device detected by the UE.
A process for manufacturing a security device comprising a first color pattern (A) that is visible along an associated viewing axis (Δα) and at least one second color pattern (B) that is visible along an associated viewing axis (Δβ), such that it comprises the following steps: - assembling an image layer , able to form at least one color pattern (A, B) by laser etching, above a carrier , the image layer comprising a pixel matrix array , each pixel comprising a plurality of sub-pixels , each sub-pixel comprising an elementary color and being able to be selectively activated or deactivated by means of a laser, so as to express or hide said elementary color, the elementary colors being chosen from a color space, - laser etching in the image layer the first color pattern (A), along its associated viewing axis (Δα), in such a way that it may be seen through a lenticular array , - for each of said at least one second color pattern (B), laser etching in the image layer said at least one second color pattern (B), along its associated viewing axis (Δβ), in such a way that it may be seen through a lenticular array - assembling an image layer , able to form at least one color pattern (A, B) by laser etching, above a carrier , the image layer comprising a pixel matrix array , each pixel comprising a plurality of sub-pixels , each sub-pixel comprising an elementary color and being able to be selectively activated or deactivated by means of a laser, so as to express or hide said elementary color, the elementary colors being chosen from a color space, - laser etching in the image layer the first color pattern (A), along its associated viewing axis (Δα), in such a way that it may be seen through a lenticular array , - for each of said at least one second color pattern (B), laser etching in the image layer said at least one second color pattern (B), along its associated viewing axis (Δβ), in such a way that it may be seen through a lenticular array
Parvovirus mutated structural protein for inducing a B-cell response against human epidermal growth factor receptor (HER2) which comprises one or more mimotope(s) of HER2 capable of specifically binding to Trastuzumab, the parvovirus mutated structural protein comprising, in comparison to the respective wild type parvovirus structural protein, one or more insertion(s) and/or substitution(s) of 4-50 amino acids comprising the mimotope(s) of HER2, wherein each of the one or more HER2 mimotope(s) (i) mimics a linear HER2 B-cell epitope and has less than 50% amino acid identity to the linear HER2 B-cell epitope and (ii) comprises an amino acid sequence of RLVPVGLERGTVDWV (DMD01 - SEQ ID NO: 1).
An embedding apparatus comprising: a placement mechanism for placing a cassette used for accommodating a tissue sample, the cassette having a body and a lid provided so as to be opened and closed with respect to the body for accommodating a sample; and a lid opening mechanism for opening the lid of the cassette, wherein the lid opening mechanism includes a one end part provided at a position lower in height than a lower surface of the lid and an inclined surface extending from the one end part to a position higher in height than the lower surface of the lid in a state where the cassette with the lid closed is placed on a predetermined position of the placement : mechanism , characterised in that the lid opening mechanism includes a jump preventing part formed in an eaves shape in an upper position close to a part where the lower surface of the lid corresponds to the height of the inclined surface . a placement mechanism for placing a cassette used for accommodating a tissue sample, the cassette having a body and a lid provided so as to be opened and closed with respect to the body for accommodating a sample; and a lid opening mechanism for opening the lid of the cassette, wherein the lid opening mechanism includes a one end part provided at a position lower in height than a lower surface of the lid and an inclined surface extending from the one end part to a position higher in height than the lower surface of the lid in a state where the cassette with the lid closed is placed on a predetermined position of the placement : mechanism , characterised in that the lid opening mechanism includes a jump preventing part formed in an eaves shape in an upper position close to a part where the lower surface of the lid corresponds to the height of the inclined surface .
A fin for providing propulsion force to a watercraft having a mast carrying a fin which oscillates through an arcuate path in a generally transverse direction with respect to the central longitudinal dimension of the watercraft, said fin comprising: a leading edge and a trailing edge , said fin further comprising a sheet of material wrapped around said mast at said leading edge and said sheet of material forming trailing edges that are touching but free to slide relative to each other.
Aqueous inkjet composition comprising a composite resin vehicle wherein the composite resin vehicle comprises an aqueous thermoplastic polyurethane dispersion and one or more second aqueous dispersion(s), wherein the one or more second aqueous dispersion(s) are selected from the group consisting of a styrene-(meth)acrylic resin dispersion, a metal oxide nanoparticle dispersion, and a combination thereof, wherein the average particle size of the styrene-(meth)acrylic resin dispersion is less than 500 nm, wherein the styrene-(meth)acrylic resin dispersion has a glass transition temperature of greater than 80°C, wherein the average particle size of the metal oxide nanoparticle dispersion is less than 200 nm, and wherein the aqueous inkjet composition further comprises one or more colorant(s).
Angle grinder dust hood , with a hood body to cover a circular grinding wheel and with a sealing element which can be positioned at least in sections in a first holding rail and second holding rail for the sealing at least in sections of the hood body in relation to a surface which is to be processed by means of the grinding wheel, and with a suction connection , by means of which material removed from the surface can be extracted by suction out of the hood body , the first holding rail running along a closed circumference (U) of the hood body , characterized in that the sealing element is spring-mounted in the hood body , in the axial direction related to the axis of rotation (R) of the grinding wheel, by at least one spring element , wherein the angle grinder dust hood comprises a hood segment which can be displaced in the circumferential direction (N) of the hood body along the hood body , and which is provided to allow for the gradual coverage and clearance of a remaining part of the grinding wheel as needed, and wherein the circumference (U) runs along a circle arc (A) of the hood body and a chord (D) of the hood segment , and wherein, in the hood segment , there is likewise a sealing element , in the axial direction related to the axis of rotation of the grinding wheel, which is spring-mounted by at least one spring element .
An accessory for a bracelet watch assuming the form of a loop for a bracelet of a bracelet watch and comprising a housing configured to receive a wireless communication device assuming the form of a card, the housing comprising a first orifice configured to allow the communication device to be inserted into the accessory, said first orifice assuming the form of a rectangular slit such that the wireless communication device can be housed removably in the accessory, characterized in that the housing comprises a second orifice having a circular or oblong shape on a face opposite to the on e on which the first orifice is located; said second orifice being configured so that a pointy object can be inserted rein, such that, when the wireless communication device is housed in the housing, the removal of the communication device from the housing can be done without damaging the accessory and without modifying the structure of the accessory.
Composite material comprising a matrix of elastic and electrically insulating material, and a filler of electrically conducting material embedded within the matrix , said filler having form of a one-dimensional, two-dimensional or three-dimensional structure and forming within the matrix at least one conductive path defining an active electrode adapted to be associated with a reference electrode for forming an electrical signal output, wherein at least one deformable gap containing an electrically insulating fluid is formed between an outer surface of the conductive path and an inner surface of the matrix , in such a way that a variation of mechanical load applied to the composite material causes a variation of distance between the outer surface of the conductive path and the inner surface of the matrix , said composite material being capable of producing a signal at the electrical signal output depending on the electrostatic effect and the triboelectric charge accumulated by the conductive path , in response to mechanical stresses applied to the composite material, characterized in that the said composite material is capable of transferring triboelectric charge between the outer surface of the conductive path and the inner surface of the matrix when the outer surface of the conductive path and the inner surface of the matrix come into contact with one another.
An attachment device configured to be installed in a structure , wherein the attachment device comprises: a first cup-shaped portion and a second cup-shaped portion, wherein the first cup-shaped portion comprises a first flange and the second cup-shaped portion comprises a second flange , wherein the first cup-shaped portion and the second cup-shaped portion are separable, wherein the first flange and the second flange are coupled together when the attachment device is installed in the structure , wherein the first cup-shaped portion further comprises a third flange and the second cup-shaped portion further comprises a fourth flange, the third and fourth flanges being configured to engage with opposing outer surfaces of the structure when the attachment device is installed in the structure, wherein the third and fourth flanges extend at 90 degrees to a longitudinal axis of the attachment device and are circumferentially continuous; and an attachment fitting disposed through the first and second flanges, the attachment fitting configured to mate with an attachment fitting of a component for coupling the component to the structure in which the attachment device is installed, wherein the top of the attachment fitting is flush with the top of the third flange of the first cup-shaped portion such that the attachment fitting preserves a flat nature of the structure when the attachment device is installed. a first cup-shaped portion and a second cup-shaped portion, wherein the first cup-shaped portion comprises a first flange and the second cup-shaped portion comprises a second flange , wherein the first cup-shaped portion and the second cup-shaped portion are separable, wherein the first flange and the second flange are coupled together when the attachment device is installed in the structure , wherein the first cup-shaped portion further comprises a third flange and the second cup-shaped portion further comprises a fourth flange, the third and fourth flanges being configured to engage with opposing outer surfaces of the structure when the attachment device is installed in the structure, wherein the third and fourth flanges extend at 90 degrees to a longitudinal axis of the attachment device and are circumferentially continuous; and an attachment fitting disposed through the first and second flanges, the attachment fitting configured to mate with an attachment fitting of a component for coupling the component to the structure in which the attachment device is installed, wherein the top of the attachment fitting is flush with the top of the third flange of the first cup-shaped portion such that the attachment fitting preserves a flat nature of the structure when the attachment device is installed.
Rotary heat exchanger set, comprising a first, in particular lower, module and a second, in particular upper, module which is separate from the first module, wherein the first module comprises a first heat wheel part of a heat wheel and the second module comprises a second heat wheel part of the heat wheel , wherein the first and second heat wheel parts form at least approximately the entire heat wheel , characterized in that the first and/or second module comprise(s) at least one holding device (44a-44d), in particular lifting eye, for lifting the respective module , in particular by a crane, and in that the first and/or second module can be transported exclusively in a vertical orientation.
An airfoil for a turbine engine , the airfoil comprising pressure and suction sides extending in a radial direction (R) from a 0% span position at an inner flow path location to a 100% span position at an airfoil tip , wherein the airfoil has a relationship between a total chord length (L) and a span position corresponding to a curve having an increasing total chord length (L) from the 0% span position to a first peak, the first peak occurs in the range of 45-65% span position; characterised in that : the total chord length (L) at the 0% span position is in the range of 20.8-26.7 cm (8.2-10.5 inches); the total chord length (L) includes a maximum differential between the maximum and minimum chord lengths along the entire span in the range of 7.6-10.2 cm (3.0-4.0 inches); and the first peak is provided by a critical point in a range of 60-65% span position, a negative slope extends from the critical point to a second critical point in a range of 80-90% span position, a positive slope extends from the second critical point to the 100% span position, and the total chord length (L) at the 100% span position is less than the total chord length (L) at the first peak. the total chord length (L) at the 0% span position is in the range of 20.8-26.7 cm (8.2-10.5 inches); the total chord length (L) includes a maximum differential between the maximum and minimum chord lengths along the entire span in the range of 7.6-10.2 cm (3.0-4.0 inches); and the first peak is provided by a critical point in a range of 60-65% span position, a negative slope extends from the critical point to a second critical point in a range of 80-90% span position, a positive slope extends from the second critical point to the 100% span position, and the total chord length (L) at the 100% span position is less than the total chord length (L) at the first peak.