mhurhangee/ep-ind-claims huggingface dataset:
A power transmission device comprising: a motor; a transmission mechanism connected downstream of the motor; a reduction gear arranged downstream of the transmission mechanism; and a case member that houses the motor, the transmission mechanism, and the reduction gear, wherein the transmission mechanism has a band brake, and an actuator that drives the band brake, and the case member has an outer circumference wall that surrounds a radial outer circumference of the transmission mechanism, characterized in that the case member has a side wall (143-Fig.2 and 7, 123-Fig.8) that is linked to the outer circumference wall, and that extends facing radially outward from the outer circumference wall, and the actuator is provided adjacent to the outer circumference wall, and adjacent to the side wall (143-Fig.2 and 7, 123-Fig.8). a motor; a transmission mechanism connected downstream of the motor; a reduction gear arranged downstream of the transmission mechanism; and a case member that houses the motor, the transmission mechanism, and the reduction gear, wherein the transmission mechanism has a band brake, and an actuator that drives the band brake, and the case member has an outer circumference wall that surrounds a radial outer circumference of the transmission mechanism, characterized in that the case member has a side wall (143-Fig.2 and 7, 123-Fig.8) that is linked to the outer circumference wall, and that extends facing radially outward from the outer circumference wall, and the actuator is provided adjacent to the outer circumference wall, and adjacent to the side wall (143-Fig.2 and 7, 123-Fig.8).
A system for simultaneously generating a digital bite line and a visible bite line for use in assembling a shoe, the system comprising: a turntable that receives a shoe sole assembly and rotates at a known rate; and a press that applies a predetermined pressure to a lasted shoe upper to engage the lasted shoe upper with a shoe sole assembly retained upon the turntable, the press operable to apply the predetermined pressure to the lasted upper while the shoe sole assembly and lasted upper are rotated at the known rate; and a stylus assembly comprising a marking tip that contacts the shoe upper at a junction line between the lasted shoe upper and the shoe sole assembly and a digital bite line creation unit that communicates measurements of the location of the stylus assembly to a computing device to generate a digital bite line representative of the measurements made of the location of the stylus assembly. a turntable that receives a shoe sole assembly and rotates at a known rate; and a press that applies a predetermined pressure to a lasted shoe upper to engage the lasted shoe upper with a shoe sole assembly retained upon the turntable, the press operable to apply the predetermined pressure to the lasted upper while the shoe sole assembly and lasted upper are rotated at the known rate; and a stylus assembly comprising a marking tip that contacts the shoe upper at a junction line between the lasted shoe upper and the shoe sole assembly and a digital bite line creation unit that communicates measurements of the location of the stylus assembly to a computing device to generate a digital bite line representative of the measurements made of the location of the stylus assembly.
A use of iron hydroxide in biogas production as a hydrogen-sulfide-precipitating additive for biomass, characterized in that zeolite is also used as the additive to the biomass to increase the reaction speed of the precipitation of the hydrogen sulfide by iron hydroxide.
A composition comprising: a mixture comprising N-n-butylthiophosphoric acid triamide (NBPT) and/or N-n-propylthiophosphoric acid triamide (NPPT) and amine selected from the group consisting of: a homo- or copolymer of lysine. a mixture comprising N-n-butylthiophosphoric acid triamide (NBPT) and/or N-n-propylthiophosphoric acid triamide (NPPT) and amine selected from the group consisting of: a homo- or copolymer of lysine.
Method for activating a parking brake function of a drum brake of a braking system of a vehicle, - wherein the drum brake has a number of brake shoes and a number of parking brake units, wherein the brake shoes can be deflected at least by means of the parking brake units, and wherein the parking brake units can be actuated electrically, - wherein the braking system further has a number of service brake units, - wherein each brake shoe can be actuated by means of a control device both by means of at least one parking brake unit and also by means of a service brake unit, - wherein the method has the following steps: - determining a number of signals which characterize a parking situation of the vehicle, - determining a switch-off current depending on the signals, - actuating the parking brake units by means of a current, and - switching off the current when the current has reached the switch-off current. - wherein the drum brake has a number of brake shoes and a number of parking brake units, wherein the brake shoes can be deflected at least by means of the parking brake units, and wherein the parking brake units can be actuated electrically, - wherein the braking system further has a number of service brake units, - wherein each brake shoe can be actuated by means of a control device both by means of at least one parking brake unit and also by means of a service brake unit, - wherein the method has the following steps: - determining a number of signals which characterize a parking situation of the vehicle, - determining a switch-off current depending on the signals, - actuating the parking brake units by means of a current, and - switching off the current when the current has reached the switch-off current. - determining a number of signals which characterize a parking situation of the vehicle, - determining a switch-off current depending on the signals, - actuating the parking brake units by means of a current, and - switching off the current when the current has reached the switch-off current.
A food casing or packaging impregnated and/or coated on the inside with at least one transferrable coloring and/or flavoring agent, wherein the coloring and/or flavoring agent comprises a hydrolyzed vegetable protein, optionally an acid-hydrolyzed vegetable protein, a yeast extract, or a combination thereof, wherein the food casing or packaging further comprises an antimicrobial additive comprising a derivative of liquid smoke; characterized in that the derivative: (a) comprises carbonyl of at least 10% weight per unit volume (w/v), titratable acidity in a concentration of 0 to about 6% weight per unit volume (w/v), and phenolics in a concentration of less than about 0.5% weight per unit volume (w/v), and (b) has a pH of greater than about 3.0, such that the derivative of liquid smoke imparts no smoke flavor to a food product when the food product is treated with the derivative of liquid smoke. (a) comprises carbonyl of at least 10% weight per unit volume (w/v), titratable acidity in a concentration of 0 to about 6% weight per unit volume (w/v), and phenolics in a concentration of less than about 0.5% weight per unit volume (w/v), and (b) has a pH of greater than about 3.0,
A method for compressing user data of a document by means of a chip card terminal, wherein the document has at least one protected non-volatile memory having user data stored therein, wherein the chip card terminal has at least one electronic memory, a closed housing, and a mechanical draw-in device, wherein the mechanical draw-in device is designed to secure the document against removal from the chip card terminal, wherein the method comprises the following steps: • drawing the document into the mechanical draw-in device of the chip card terminal such that the document is completely inside the housing of the chip card terminal after the drawing in, • transferring the user data from the non-volatile memory of the document into the electronic memory of the chip card terminal, • compressing the user data by the chip card terminal, • transferring the compressed user data into the non-volatile memory of the document, • ejecting the document from the mechanical draw-in device. • drawing the document into the mechanical draw-in device of the chip card terminal such that the document is completely inside the housing of the chip card terminal after the drawing in, • transferring the user data from the non-volatile memory of the document into the electronic memory of the chip card terminal, • compressing the user data by the chip card terminal, • transferring the compressed user data into the non-volatile memory of the document, • ejecting the document from the mechanical draw-in device.
A method for conveying a melt formed from magnesium or a magnesium-based alloy into a container for casting a continuous cast product from the melt, wherein the melt is conveyed into the container and the continuous cast product is removed from the container, characterised in that the melt is conveyed in a manner circulating in a circuit from a reservoir along a conveying path to the container, so as to fill the container, via an overflow having a level above a level of said container, and the melt flows back into the reservoir automatically from the conveying path at the end of the conveying.
A joint prosthesis system with a metallic stem which is implanted in the femur and has a neck comprising an outer cone, a joint ball of ceramic material with a receptacle for the neck comprising an inner cone, and a sleeve-type adapter, which is arranged clampingly between stem and joint ball, the introduction of force into a narrow surface region on the metallic outer cone and the introduction of force into the ceramic inner cone being concentrated on a load-bearing region opposite the narrow surface region within the greatest dimensional extent of the ceramic joint ball due to a particular resilience and specific shaping of inner and outer wall portions (9, 12) of the adapter, characterised in that the adapter takes the form of a conical moulding, the inner wall portion of which comprises arching shaped convexly encompassingly towards the outer cone of the neck for targeted concentration of the introduction of force onto the narrow surface region of the outer cone of the stem belonging to the upper part of the neck, an outer wall portion associated with the inner wall portion and flat in shape towards the inner cone of the joint ball for bearing against the load-bearing region of the inner cone of the joint ball, and a resilient wall portion which rests below the load-bearing region initially against the lower part of the outer cone to prevent a tilting moment produced by the convexly encompassingly shaped arching and further on resiliently against the inner cone of the joint ball.
Structure for receiving at least one container for the collection of waste that is dropped off voluntarily, said structure comprising a front surface provided with at least one filling opening, the front surface extending to the foot of the structure, characterized in that the structure comprises a raised floor (200, 300, 400) located at the base of the front surface, the floor (200, 300, 400) comprising at least one main portion and one end portion configured to adopt two positions, a first position in which the main portion and the end portion form a plane and a second position in which the main portion and the end portion form a non-straight angle, preferably a right angle.
Apparatus for establishing a connection to a flat cable without stripping the insulation, the said flat cable having at least one shielded data line with one or more cores, wherein the apparatus for piercing the shielding and the insulating means (24, 25) without stripping the insulation and for making contact with a core has at least one tapping contact, the tapping contact is of electrically conductive design at its free end and is equipped with an insulation on its flank region in order to prevent a short circuit between the core with which contact is to be made and the shielding, wherein the tapping contact is arranged on a contact-pressure plate such that the connection is established by applying force to the contact-pressure plate in the direction of the flat cable and the tapping contact penetrates the flat cable in conjunction, characterized in that the tapping contact has a blade which runs in the longitudinal direction of the flat cable or with an inclination of less than or equal to 30° in relation to the longitudinal direction of the flat cable at least in the middle region of the tapping contact, and the tapping contact widens - as seen perpendicular to the blade in cross section.
A process for producing a container having a shaped tail, the process comprising: heating a preform having a tail; injection blow molding the heated preform having the tail, wherein the injection blow molding comprises longitudinal stretching of the heated preform having the tail, wherein a blow mold utilized during the injection blow molding includes two halves that are closed about the heated preform having the tail; and shaping the tail to form the shaped tail, wherein shaping the tail to form the shaped tail includes engaging the tail with a tail shaping means, characterized in that the tail shaping means is provided as a channel formed between the two halves of the blow mold that receives and directs the tail into the shaped tail during the longitudinal stretching of the heated preform having the tail, wherein the channel includes a curved surface against which the tail is contacted during the longitudinal stretching of the heated preform having the tail so that at least a portion of the tail deviates from a longitudinal axis of the container to shape the tail into a hook-shape; thereby producing the container having the shaped tail, the shaped tail being hook-shaped. heating a preform having a tail; injection blow molding the heated preform having the tail, wherein the injection blow molding comprises longitudinal stretching of the heated preform having the tail, wherein a blow mold utilized during the injection blow molding includes two halves that are closed about the heated preform having the tail; and shaping the tail to form the shaped tail, wherein shaping the tail to form the shaped tail includes engaging the tail with a tail shaping means, characterized in that the tail shaping means is provided as a channel formed between the two halves of the blow mold that receives and directs the tail into the shaped tail during the longitudinal stretching of the heated preform having the tail, wherein the channel includes a curved surface against which the tail is contacted during the longitudinal stretching of the heated preform having the tail so that at least a portion of the tail deviates from a longitudinal axis of the container to shape the tail into a hook-shape; thereby producing the container having the shaped tail, the shaped tail being hook-shaped.
Retaining structure with a steel profile that is mountable to an abutment (14; 144) and with insulating glass panes (10; 12) with individual glass panes (101; 103; 105; 106; 121; 123; 125; 126) with an edge bond (107; 127) at their edges (11; 13), with a butt joint between the insulating glass panes (10; 12), wherein the steel profile runs as an anchor within the butt joint parallel to the edges (11; 13) and engages with a section into edge bond of an insulating glass pane and comprises coupling points for connection to the abutment, with which it either connects flush with the glass panes on the abutment or extends out of the butt joint of the glass panes.
A near field communication NFC apparatus, comprising: an NFC power converter, configured to connect to a direct-current power supply and generate a high-frequency alternating-current output; an NFC coil, configured to generate/receive an NFC high-frequency magnetic field and transmit/receive NFC power or an NFC signal; an NFC circuit connected to the NFC power converter and the NFC coil, configured to transmit/receive the high-frequency alternating-current output; a controller, configured to generate different power control signals based on different operating modes of the NFC apparatus; and a power regulator, coupled one end of the power regulator to the direct-current power supply and the other end of the power regulator to the NFC circuit, and configured to regulate, based on the different power control signals, at least one of a magnitude and a phase of power output to the NFC circuit and characterised in that the power regulator comprises: a direct-current/alternating-current converter, coupled between the direct-current power supply and the NFC circuit; and a direct-current/direct-current converter, coupled between the direct-current power supply and the direct-current/alternating-current converter. an NFC power converter, configured to connect to a direct-current power supply and generate a high-frequency alternating-current output; an NFC coil, configured to generate/receive an NFC high-frequency magnetic field and transmit/receive NFC power or an NFC signal; an NFC circuit connected to the NFC power converter and the NFC coil, configured to transmit/receive the high-frequency alternating-current output; a controller, configured to generate different power control signals based on different operating modes of the NFC apparatus; and a power regulator, coupled one end of the power regulator to the direct-current power supply and the other end of the power regulator to the NFC circuit, and configured to regulate, based on the different power control signals, at least one of a magnitude and a phase of power output to the NFC circuit and characterised in that the power regulator comprises: a direct-current/alternating-current converter, coupled between the direct-current power supply and the NFC circuit; and a direct-current/direct-current converter, coupled between the direct-current power supply and the direct-current/alternating-current converter. a direct-current/alternating-current converter, coupled between the direct-current power supply and the NFC circuit; and a direct-current/direct-current converter, coupled between the direct-current power supply and the direct-current/alternating-current converter.
A method of producing a densified engineered fuel feedstock from a processed municipal solid waste stream, the method comprising: combining a first waste stream that includes at least one of hard plastic, soft plastic and mixed plastic with a sorbent, wherein the at least one of hard plastic, soft plastic and mixed plastic includes a chlorinated plastic; increasing the temperature of the combined first waste stream and sorbent to a temperature of at least 290 °C; combining the thermally treated first waste stream and sorbent with a second waste stream, the second waste stream including fiber; and compressing the combined first waste stream, sorbent, and second waste stream to form a densified engineered fuel feedstock. combining a first waste stream that includes at least one of hard plastic, soft plastic and mixed plastic with a sorbent, wherein the at least one of hard plastic, soft plastic and mixed plastic includes a chlorinated plastic; increasing the temperature of the combined first waste stream and sorbent to a temperature of at least 290 °C; combining the thermally treated first waste stream and sorbent with a second waste stream, the second waste stream including fiber; and compressing the combined first waste stream, sorbent, and second waste stream to form a densified engineered fuel feedstock.
A three-dimensional object formation method, comprising: forming a film by delivering a first liquid that comprises water and a hydrogel precursor; forming a film by delivering a second liquid that comprises a curable material to a position different from a position to which the first liquid is delivered; and curing the films formed in the respective formations of the films, wherein the formation of the film by delivering the first liquid, the formation of the film by delivering the second liquid, and the curing are repeated a plurality of times, characterised in that the method further comprises detaching a portion made of a hydrogel produced from the hydrogel precursor, and a portion made of a polymer produced from the curable material from each other by drying shrinkage, and the hydrogel precursor comprises a water-swellable layered clay mineral which can be dispersible in water and a polymerizable monomer. forming a film by delivering a first liquid that comprises water and a hydrogel precursor; forming a film by delivering a second liquid that comprises a curable material to a position different from a position to which the first liquid is delivered; and curing the films formed in the respective formations of the films, wherein the formation of the film by delivering the first liquid, the formation of the film by delivering the second liquid, and the curing are repeated a plurality of times, characterised in that the method further comprises detaching a portion made of a hydrogel produced from the hydrogel precursor, and a portion made of a polymer produced from the curable material from each other by drying shrinkage, and the hydrogel precursor comprises a water-swellable layered clay mineral which can be dispersible in water and a polymerizable monomer.
A system comprising: a product display assembly adapted to receive a product for display to a consumer; wherein the product display assembly comprises an interface and security circuitry; wherein the security circuitry is configured to control a security status for the product display assembly based on an authentication of a security fob, the security circuitry including a processor and a memory; wherein the memory is configured to store an authorization list, wherein the authorization list is configured to identify one or more identifiers for one or more security fobs that are authorized to control the security status of the product display assembly; wherein the processor is configured to add an identifier for a first security fob to the authorization list in response to a defined sequence of interactions by the first security fob and a second security fob with the interface. a product display assembly adapted to receive a product for display to a consumer; wherein the product display assembly comprises an interface and security circuitry; wherein the security circuitry is configured to control a security status for the product display assembly based on an authentication of a security fob, the security circuitry including a processor and a memory; wherein the memory is configured to store an authorization list, wherein the authorization list is configured to identify one or more identifiers for one or more security fobs that are authorized to control the security status of the product display assembly; wherein the processor is configured to add an identifier for a first security fob to the authorization list in response to a defined sequence of interactions by the first security fob and a second security fob with the interface.