mhurhangee/patent-ind-claim-en huggingface dataset:
Refrigeration and/or freezer device with a device body having thermally insulating walls that enclose an interior , and having a refrigerant circuit that comprises as components a compressor , a condenser , a throttle and an evaporator , wherein the evaporator and the remaining components of the refrigerant circuit are arranged in the lower region of the refrigeration and/or freezer device, wherein the device has a cold air duct , which is extended in one section to form an evaporator chamber , wherein the evaporator is arranged in this evaporator chamber , wherein the air inlet opening and the air outlet opening of the evaporator chamber are located below the level of the evaporator , wherein the evaporator chamber has a bell-shaped design, characterised in that all components of the refrigerant circuit are installed together on a unit carrier , which can be separated from the device body and removed from the device, wherein the cold air duct is also formed in the unit carrier and the unit carrier comprises a machine portion and an evaporator portion connected thereto, wherein the compressor and the condenser are accommodated in the machine portion and the evaporator and the cold air duct are accommodated in the evaporator portion , wherein the machine portion is accommodated in a base space of the device body and the evaporator portion is accommodated in the lowermost region of the interior space .
A three-phase stator assembly of an electric pump drive motor, wherein the stator assembly comprises: - three sets of stator segments (S i,j ), wherein the stator segments (S i,j ) are arranged in a ring arrangement about an axially extending stator axis (R), wherein each set of stator segments (S i,j ) comprises n ≥ 2 stator segments (S i,j ) being arranged in an n-fold rotational symmetry about the stator axis (R), wherein each stator segment (S i,j ) comprises a coil having a first coil wire end and a second coil wire end , and - a plurality of 3n - 3 connection wires (W i,k ) arranged at an axial front side of the stator segments (S i,j ), wherein each connection wire (W i,k ) connects two coils of a respective set of stator segments (S i,j ) in series, wherein a first interposed stator segment (S i,j ) and a second interposed stator segment (S i,j ) of the other two sets of stator segments (S i,j ) are arranged in circumferential direction between the two connected coils of said respective set of stator segments (S i,j ), characterized in that at least 3n - 5 of the connection wires (W i,k ) span across the first interposed stator segment (S i,j ) at a first radial distance (r 1 ) to the stator axis (R) and across the second interposed stator segment (S i,j ) at a second radial distance (r 2 ) to the stator axis (R), wherein the second radial distance (r 2 ) is larger than the first radial distance (r 1 ). - three sets of stator segments (S i,j ), wherein the stator segments (S i,j ) are arranged in a ring arrangement about an axially extending stator axis (R), wherein each set of stator segments (S i,j ) comprises n ≥ 2 stator segments (S i,j ) being arranged in an n-fold rotational symmetry about the stator axis (R), wherein each stator segment (S i,j ) comprises a coil having a first coil wire end and a second coil wire end , and - a plurality of 3n - 3 connection wires (W i,k ) arranged at an axial front side of the stator segments (S i,j ), wherein each connection wire (W i,k ) connects two coils of a respective set of stator segments (S i,j ) in series, wherein a first interposed stator segment (S i,j ) and a second interposed stator segment (S i,j ) of the other two sets of stator segments (S i,j ) are arranged in circumferential direction between the two connected coils of said respective set of stator segments (S i,j ),
Drill head comprising a main body having a rear end and a the front end, the main body having, at the rear end, a mechanical interface for connection to a drill tube and, at the front end, a projection extending in the axial direction, with a central slider which can be displaced in the axial direction being guided in the projection , at least one first recess extending in the radial direction being formed in the projection , with a cutting slider being guided in every first recess , the central slider and the at least one cutting slider being coupled to one another in such a way that a relative movement between the central slider and the main body causes a radial advancing movement of the cutting slider or sliders , characterized in that at least one second recess extending in the radial direction and in parallel with the at least one first recess is formed in the projection , in that a drag slider is guided in the second recess or recesses in each case, and in that in each case a cutting slider and a drag slider are coupled to one another in such a way that advancing movements of the drag slider are transmitted to the cutting slider coupled thereto. with a central slider which can be displaced in the axial direction being guided in the projection , at least one first recess extending in the radial direction being formed in the projection , with a cutting slider being guided in every first recess , the central slider and the at least one cutting slider being coupled to one another in such a way that a relative movement between the central slider and the main body causes a radial advancing movement of the cutting slider or sliders , characterized in that at least one second recess extending in the radial direction and in parallel with the at least one first recess is formed in the projection , in that a drag slider is guided in the second recess or recesses in each case, and in that in each case a cutting slider and a drag slider are coupled to one another in such a way that advancing movements of the drag slider are transmitted to the cutting slider coupled thereto.
An assembly tool for connecting fastening elements to at least one component, having a marking device which is designed, - upon ending a first connection operation, to provide a fastening element with a first type of marking, and - upon ending a second connection operation, to provide a further fastening element with a second type of marking, characterised in that the marking device has at least two marking units which are designed to produce markings which are different from each other. - upon ending a first connection operation, to provide a fastening element with a first type of marking, and - upon ending a second connection operation, to provide a further fastening element with a second type of marking,
A food package comprising - a plurality of food products comprising granules that may get separated from the food products during storage and/or transport; and - a packaging box arranged around the plurality of food products and comprising a body that is provided with a bottom wall and first and second mutually opposed side walls , which bottom wall is interconnected with the first and the second side walls along edges of the packaging box, therewith defining an inner space in the body for the food products, - which inner space of the body is exposed at a top side for provision and removal of food products, - which packaging box further comprises a cover , said cover comprising at least a cover wall covering said exposed inner space of the body , wherein the body is provided with at least one strip extending above said inner space, which strip is interconnected to a corresponding one of the first and second side walls along an edge of the body , wherein the strip touches the cover wall , in at least a portion of the strip and at least substantially, and wherein the at least one strip is configured to be elastically rotatable along the said edge of the body , whereby if the cover wall is removed, the strip will rotate back towards its original configuration, and wherein there is no application of glue between the at least one strip and the cover wall , wherein the edge of the body along which the strip is interconnected to the side wall is embodied as a scoreline, characterized in that : - the body is made of paperboard comprising a plurality of layers; - said scoreline is configured so as to rupture a first of said layers of the paperboard. - a plurality of food products comprising granules that may get separated from the food products during storage and/or transport; and - a packaging box arranged around the plurality of food products and comprising a body that is provided with a bottom wall and first and second mutually opposed side walls , which bottom wall is interconnected with the first and the second side walls along edges of the packaging box, therewith defining an inner space in the body for the food products, - which inner space of the body is exposed at a top side for provision and removal of food products, - which packaging box further comprises a cover , said cover comprising at least a cover wall covering said exposed inner space of the body , - the body is made of paperboard comprising a plurality of layers; - said scoreline is configured so as to rupture a first of said layers of the paperboard.
An optical imaging lens , in order from an object side to an image side along an optical axis, comprising: a first lens (L1) having negative refractive power; a second lens (L2) having negative refractive power; a third lens (L3) having positive refractive power; a fourth lens (L4) having positive refractive power; a fifth lens (L5) having positive refractive power; a sixth lens (L6) having negative refractive power; a seventh lens (L7) having negative refractive power; an eighth lens (L8) having positive refractive power; wherein the optical imaging lens has a total of the eight lenses with refractive power and comprises a compound lens formed by adhering the fifth lens (L5) and the sixth lens (L6), characterized in that a first aperture (ST1) is arranged between the third lens (L3) and the fourth lens (L4) and a second aperture (ST2) is arranged between the sixth lens (L6) and the seventh lens (L7). a first lens (L1) having negative refractive power; a second lens (L2) having negative refractive power; a third lens (L3) having positive refractive power; a fourth lens (L4) having positive refractive power; a fifth lens (L5) having positive refractive power; a sixth lens (L6) having negative refractive power; a seventh lens (L7) having negative refractive power; an eighth lens (L8) having positive refractive power; wherein the optical imaging lens has a total of the eight lenses with refractive power and comprises a compound lens formed by adhering the fifth lens (L5) and the sixth lens (L6), characterized in that a first aperture (ST1) is arranged between the third lens (L3) and the fourth lens (L4) and a second aperture (ST2) is arranged between the sixth lens (L6) and the seventh lens (L7).
A cell penetrating conjugate comprising a non-cell penetrating antibody attached to a phosphorothioate oligonucleotide, wherein the phosphorothioate oligonucleotide is from 10 to 30 nucleic acids in length and enhances intracellular delivery of the non-cell penetrating antibody, wherein said non-cell penetrating antibody when not conjugated to said phosphorothioate oligonucleotide does not measurably penetrate a cell, and wherein the non-cell penetrating antibody binds an intracellular target.
A control device that controls an unmanned moving apparatus to which an image capturing apparatus including a zoom lens is mounted, the device characterized by comprising: obtaining means for obtaining lens information including information pertaining to a zoom position of the zoom lens ; and control means for controlling movement of the moving apparatus based on the lens information; wherein the lens information includes information indicating a shortest subject distance at which the image capturing apparatus is capable of focusing, the shortest subject distance being determined in accordance with a zoom position of the zoom lens , the obtaining means further obtains information indicating a distance between the image capturing apparatus and a subject, and the control means : determines whether or not the distance is less than the shortest subject distance; and when the distance is less than the shortest subject distance, controls the movement of the moving apparatus so that the distance between the image capturing apparatus and the subject becomes greater than or equal to the shortest subject distance; characterized in that the lens information includes information indicating a length of a lens barrel of the zoom lens , the length being determined in accordance with a zoom position of the zoom lens , and the control means controls the movement of the moving apparatus based on the length of the lens barrel so that the lens barrel does not make contact with the subject. obtaining means for obtaining lens information including information pertaining to a zoom position of the zoom lens ; and control means for controlling movement of the moving apparatus based on the lens information; wherein the lens information includes information indicating a shortest subject distance at which the image capturing apparatus is capable of focusing, the shortest subject distance being determined in accordance with a zoom position of the zoom lens , the obtaining means further obtains information indicating a distance between the image capturing apparatus and a subject, and the control means : determines whether or not the distance is less than the shortest subject distance; and when the distance is less than the shortest subject distance, controls the movement of the moving apparatus so that the distance between the image capturing apparatus and the subject becomes greater than or equal to the shortest subject distance; determines whether or not the distance is less than the shortest subject distance; and when the distance is less than the shortest subject distance, controls the movement of the moving apparatus so that the distance between the image capturing apparatus and the subject becomes greater than or equal to the shortest subject distance; characterized in that the lens information includes information indicating a length of a lens barrel of the zoom lens , the length being determined in accordance with a zoom position of the zoom lens , and the control means controls the movement of the moving apparatus based on the length of the lens barrel so that the lens barrel does not make contact with the subject.
A modular bone plate including a first plate member including a first connection portion comprising a first hole a second plate member (1', 1") including a second connection portion comprising a second hole ; wherein the first plate member is connectable to the second plate member (1', 1") when the first plate member and the second plate member (1', 1") are arranged such that the first hole and the second hole overlap; a connector member (2, 2', 2") that is insertable into the first hole and the second hole when the first hole and the second hole overlap such as to connect the first plate member and the second plate member (1", 1"); and a bone anchor having a shank, wherein the connector member (2, 2', 2") comprises a passage that is configured to accommodate a portion of a bone anchor (100, 100', 100") therein and wherein the passage has a size for guiding through the shank of the bone anchor .
A vacuum cleaning appliance comprising a body having a longitudinal axis (X), a motor unit located in the body for creating an airflow through the appliance, a handle having a first end connected to the body and a free, second end , the handle extending along the longitudinal axis, and a filter assembly detachably connected to the body proximate to the first end of the handle , the filter assembly defining a bore running through the filter assembly along the longitudinal axis (X), the bore being shaped to allow the filter assembly to slide along the handle towards the second end thereof following detachment from the body .
A mobile terminal for being operated in a mobile radio network , in particular a mobile radio network according to a GSM, UMTS and/or LTE radio network standard, comprising an input means for gathering information, comprising an output means for reproducing information, comprising an interface for connecting the mobile terminal to a computer device and comprising at least three storage areas , wherein a first storage area comprises a first software (OS 1) which at least provides basic functions for the operation of the mobile terminal , and a second storage area comprises a second software (OS 2) which at least provides basic functions for the operation of a computer device connected via the interface to the mobile terminal , characterized in that a third storage area can be used while using both the first software (OS 1) as well as the second software (OS 2) and an application software stored in the third storage area can be executed while using both the first software (OS 1) as well as using the second software (OS 2).
A capillary processing module comprising: a chamber comprising a chamber floor and one or more chamber sidewalls , characterized by a crank, which converts rotary motion to linear motion, positioned to raise and lower a portion of a slide when rotated. a chamber comprising a chamber floor and one or more chamber sidewalls , characterized by a crank, which converts rotary motion to linear motion, positioned to raise and lower a portion of a slide when rotated.
A silencer for a ventilation device , with a flow path leading from a first air connection to a second air connection , whereby both the first air connection and the second air connection are formed on a housing of the silencer that surrounds the flow path , and whereby the first air connection and the second air connection are each configured to make a piping connection, whereby the flow path has at least one deflection , and, for forming the at least one deflection , a flow directing element and/or a flow guiding element is/are arranged in the housing , whereby the flow directing element and/or the flow guiding element and/or at least one supporting piece inserted into the housing present/presents at least one silencing element made of a foam material, characterised in that the silencing element has a coating on its side facing towards the flow path .
A method performed by a terminal including a universal integrated circuit card , UICC, in a wireless communication system, the method comprising: obtaining a first certificate issuer, CI, public key identifier; obtaining , from the UICC , UICC information including a list of the public key identifiers supported by the UICC; comparing the list of the public key identifiers supported by the UICC with the first CI public key identifier; determining that the first CI public key identifier matches with a public key identifier of the list of the public key identifiers, and transmitting , to a server , a first message for initiating an authentication, the first message including a matching public key identifier, wherein the first CI public key identifier is obtained by receiving a user input with respect to the terminal, retrieving information stored in the UICC, receiving an activation code, or receiving a command code. obtaining a first certificate issuer, CI, public key identifier; obtaining , from the UICC , UICC information including a list of the public key identifiers supported by the UICC; comparing the list of the public key identifiers supported by the UICC with the first CI public key identifier; determining that the first CI public key identifier matches with a public key identifier of the list of the public key identifiers, and transmitting , to a server , a first message for initiating an authentication, the first message including a matching public key identifier, wherein the first CI public key identifier is obtained by receiving a user input with respect to the terminal, retrieving information stored in the UICC, receiving an activation code, or receiving a command code.
Aircraft flat rear pressure bulkhead, having a layered stacking including: an airtight membrane , a honeycombed reinforcement grid , an interface in between distributing grid strain over membrane surface. an airtight membrane , a honeycombed reinforcement grid , an interface in between distributing grid strain over membrane surface.
A drive controller comprising: circuitry configured to: generate multiple types of drive pulses to be applied to a driver of a liquid discharge head including a valve configured to open and close a discharge port ; apply the multiple types of drive pulses to the driver to cause the driver to move the valve to open and close the discharge port , wherein each of the multiple types of drive pulses causes the valve to: move away from the discharge port at a valve-opening speed to open the discharge port ; keep opening the discharge port for an open time; and move toward the discharge port at a valve-closing speed to close the discharge port , and the circuitry is further configured to generate the multiple types of drive pulses, the open time and the valve-closing speed of which are different, characterized in that the circuitry is further configured to increase the valve-closing speed and the valve-opening speed with an increase in the open time. circuitry configured to: generate multiple types of drive pulses to be applied to a driver of a liquid discharge head including a valve configured to open and close a discharge port ; apply the multiple types of drive pulses to the driver to cause the driver to move the valve to open and close the discharge port , wherein each of the multiple types of drive pulses causes the valve to: move away from the discharge port at a valve-opening speed to open the discharge port ; keep opening the discharge port for an open time; and move toward the discharge port at a valve-closing speed to close the discharge port , and generate multiple types of drive pulses to be applied to a driver of a liquid discharge head including a valve configured to open and close a discharge port ; apply the multiple types of drive pulses to the driver to cause the driver to move the valve to open and close the discharge port , wherein each of the multiple types of drive pulses causes the valve to: move away from the discharge port at a valve-opening speed to open the discharge port ; keep opening the discharge port for an open time; and move toward the discharge port at a valve-closing speed to close the discharge port , and move away from the discharge port at a valve-opening speed to open the discharge port ; keep opening the discharge port for an open time; and move toward the discharge port at a valve-closing speed to close the discharge port , and the circuitry is further configured to generate the multiple types of drive pulses, the open time and the valve-closing speed of which are different, characterized in that generate the multiple types of drive pulses, the open time and the valve-closing speed of which are different, characterized in that the circuitry is further configured to increase the valve-closing speed and the valve-opening speed with an increase in the open time.
An oil-in-water emulsion comprising at least one glycopyrronium (GP) salt and an emulsifier system, wherein the emulsion comprises as the emulsifier system a combination of: macrogol glycerol monostearate, glycerol monostearate, and a mixture of cetyl and stearyl alcohols with minimum 40.0 wt% stearyl alcohol. macrogol glycerol monostearate, glycerol monostearate, and a mixture of cetyl and stearyl alcohols with minimum 40.0 wt% stearyl alcohol.