mhurhangee/patent-ind-claim-en huggingface dataset:
Washing unit for washing empty containers , comprising a washing tunnel and an endless conveying means for moving said containers in said tunnel along a conveying direction , said conveying means having a set of receiving pockets , arranged as a plurality of tunnel rows of N receiving pockets with a tunnel pitch , each row extending along a transverse direction perpendicular to the conveying direction , the containers being received in the pockets at the level of an infeed zone of the tunnel , washing unit characterized in that it comprises - a receiver , located at the infeed zone , having at least one receiver row , parallel to the transverse direction , of N separated portions for receiving containers and organizing them with the tunnel pitch , - a robotic means , for loading the N portions of the receiver with containers , said robotic means grasping containers in the box or crate in which they stand initially, and treating simultaneously a batch of said containers , taking them out and loading them in the receiver and - a transfer means , for acting on the containers to transfer them from said portions to the conveying means . - a receiver , located at the infeed zone , having at least one receiver row , parallel to the transverse direction , of N separated portions for receiving containers and organizing them with the tunnel pitch , - a robotic means , for loading the N portions of the receiver with containers , said robotic means grasping containers in the box or crate in which they stand initially, and treating simultaneously a batch of said containers , taking them out and loading them in the receiver and - a transfer means , for acting on the containers to transfer them from said portions to the conveying means .
An aggregate, in particular a hybrid engine, electrical power generator or compressor, comprising a housing (12; 12') in which are arranged a piston motor part (28; 28'; 228) and an electric motor part (26; 26'), wherein the piston motor part (28; 28'; 228) has a first piston (30; 30'; 230) having a first end face (38; 38'; 238) and a second piston (32; 32'; 232) having a second end face (40; 40'; 240), wherein the first piston (30; 30'; 230) and the second piston (32; 32'; 232) perform reciprocating motions, wherein between the first end face (38; 38'; 238) and the second end face (40; 40'; 240) is arranged a working chamber (42; 42'; 242) for a working medium, which working chamber is periodically reduced and enlarged in size because of the reciprocating motions of the pistons (30, 32; 30', 32'; 230, 232), and wherein the electric motor part (26; 26') has an annular rotor (88; 88') which can rotate in the housing (12; 12') about a rotation axis (64; 64'; 252) that is fixed relative to the housing, wherein in the housing is arranged a third piston (34; 34'; 234) having a third end face (44; 44'; 244) and a fourth piston (36; 36'; 236) having a fourth end face (46; 46'; 246), wherein the third piston (34; 34'; 234) and the fourth piston (36; 36'; 236) perform reciprocating motions, wherein between the third end face (44; 44'; 244) and the fourth end face (46; 46'; 246) is provided a further working chamber (48; 48'; 248) for a working medium, which further working chamber periodically reduces and enlarges in size because of the reciprocating motions of the third and fourth pistons (34, 36; 34', 36'; 234, 236), wherein the reciprocating motions of the pistons (30, 32, 34, 36; 30', 32', 34', 36'; 230, 232, 234, 236) are performed about a pivot axis (50; 50'; 250), which is perpendicular to the rotation axis (64; 64'; 252), characterized in that the rotor (88; 88') surrounds the piston motor part (28; 28'; 228), and that the first piston (30; 30'; 230) and the third piston (34; 34'; 234) are rigidly connected together, and in that the second piston (32; 32'; 232) and the fourth piston (36; 36'; 236) are rigidly connected together so that the working chamber (42; 42'; 242) and the further working chamber (48; 48'; 248) reduce and enlarge in size in opposition to each other, wherein the first piston (30; 30'; 230), the second piston (32; 32'; 232), the third piston (34; 34'; 234) and the fourth piston (36; 36'; 236) can revolve together about the rotation axis (64; 64'; 252), and the reciprocating motions of the pistons (30, 32, 34, 36; 30', 32'; 34', 36'; 230, 232, 234, 236) are derived from the revolving motions about the rotation axis (64; 64'; 252), wherein the pistons (30, 32, 34, 36; 30', 32'; 34', 36'; 230, 232, 234, 236) are arranged in a piston cage (80; 80'; 270) which revolves in common with the pistons (30, 32, 34, 36; 30', 32'; 34', 36'; 230, 232, 234, 236) about the rotation axis (64; 64'; 252), and wherein the rotor (88; 88') is connected or coupled rotationally fixed with the piston cage (80; 80'; 270).
A detergent additive consisting of: an active that is 75 weight percent or less tetraacetylethylenediamine (TAED); and 25 weight percent or more interpolymer complex, the interpolymer complex comprising both a proton-accepting-(co)polymer and a proton-donating (co)polymer; wherein the active is encapsulated and the term encapsulated means that the active is bound or retained within the interpolymer complex. an active that is 75 weight percent or less tetraacetylethylenediamine (TAED); and 25 weight percent or more interpolymer complex, the interpolymer complex comprising both a proton-accepting-(co)polymer and a proton-donating (co)polymer; wherein the active is encapsulated and the term encapsulated means that the active is bound or retained within the interpolymer complex.
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: transmitting (S601), to an evolved packet core, EPC, an attach request message via a cell of evolved Node B, eNB; receiving (S602), from the EPC, an attach reject message comprising a cause value via the cell of eNB; and upon receiving the attach reject message from the EPC, performing one or more operations based on the cause value in the attach reject message, wherein the one or more operations comprise: if the cause value is set to inform that an evolved packet system, EPS, service is not allowed, stopping performing an access attempt; and if the cause value is set to inform that a registration to a 5 th generation core network, 5GCN, is required, performing (S604) a procedure for a registration in the 5GCN via the cell of eNB, wherein the cell of eNB is connected to both the EPC and the 5GCN. transmitting (S601), to an evolved packet core, EPC, an attach request message via a cell of evolved Node B, eNB; receiving (S602), from the EPC, an attach reject message comprising a cause value via the cell of eNB; and upon receiving the attach reject message from the EPC, performing one or more operations based on the cause value in the attach reject message, wherein the one or more operations comprise: if the cause value is set to inform that an evolved packet system, EPS, service is not allowed, stopping performing an access attempt; and if the cause value is set to inform that a registration to a 5 th generation core network, 5GCN, is required, performing (S604) a procedure for a registration in the 5GCN via the cell of eNB, wherein the cell of eNB is connected to both the EPC and the 5GCN. if the cause value is set to inform that an evolved packet system, EPS, service is not allowed, stopping performing an access attempt; and if the cause value is set to inform that a registration to a 5 th generation core network, 5GCN, is required, performing (S604) a procedure for a registration in the 5GCN via the cell of eNB, wherein the cell of eNB is connected to both the EPC and the 5GCN.
A method of packing items in a print bed of a 3-D printer , the method comprising: predetermining one or more layouts for the print bed of the 3-D printer, each layout comprising a plurality of shapes; receiving a set comprising a plurality of items , wherein the set is stored in a computer readable medium , and the items are to be printed by the 3-D printer; determining one or more print bed configurations formed by assigning to each shape in the layout an item from the set, wherein the item matches the shape; scoring, using a processor , each print bed configuration; and selecting one print bed configuration based at least in part upon the scoring. predetermining one or more layouts for the print bed of the 3-D printer, each layout comprising a plurality of shapes; receiving a set comprising a plurality of items , wherein the set is stored in a computer readable medium , and the items are to be printed by the 3-D printer; determining one or more print bed configurations formed by assigning to each shape in the layout an item from the set, wherein the item matches the shape; scoring, using a processor , each print bed configuration; and selecting one print bed configuration based at least in part upon the scoring.
A method comprising: receiving , by an electronic device, a first signal having a first frequency; identifying , by the electronic device, at least one of a strength of the first signal or a signal-to-noise ratio of the first signal; outputting , by the electronic device, a second signal having a second frequency that is different from the first frequency, the second signal being output based on the at least one of the strength of the first signal or the signal-to-noise ratio of the first signal; receiving the second signal by the electronic device; and detecting whether the electronic device is at least partially immersed in a liquid based on the received second signal; wherein the first signal includes a radio frequency, RF, signal and the second signal includes an acoustic signal. receiving , by an electronic device, a first signal having a first frequency; identifying , by the electronic device, at least one of a strength of the first signal or a signal-to-noise ratio of the first signal; outputting , by the electronic device, a second signal having a second frequency that is different from the first frequency, the second signal being output based on the at least one of the strength of the first signal or the signal-to-noise ratio of the first signal; receiving the second signal by the electronic device; and detecting whether the electronic device is at least partially immersed in a liquid based on the received second signal; wherein the first signal includes a radio frequency, RF, signal and the second signal includes an acoustic signal.
Composite surgical suture material consisting of titanium monothreads combined in a polyfilament thread , wherein a bioresorbable polymer material is present in the gaps between the monothreads and on their surface, and wherein the monothreads have a relief surface.
An information processing apparatus having a touch panel display , the apparatus comprising: a first detection means configured to detect that an instruction object touches the touch panel display; a second detection means configured to detect that the instruction object is moving while touching the touch panel display; a third detection means configured to detect that the instruction object having been held in contact with the touch panel display is detached therefrom; and a control means , characterized in that the control means is configured to, in a case where the first detection means detects that an instruction object touches an area of a display item on the touch panel display, select the display item which exists in the touched area, wherein, in a case where the second detection means detects that the instruction object is moving while touching the touch panel display, the control means is configured to carry out processing associated with the selected display item, if the third detection means detects that the instruction object is detached from the touch panel display before a moving distance of the instruction object has reached a predetermined threshold value, and to not carry out the processing if the moving distance of the instruction object has reached the predetermined threshold value before the third detection means detects that the instruction object is detached from the touch panel display. a first detection means configured to detect that an instruction object touches the touch panel display; a second detection means configured to detect that the instruction object is moving while touching the touch panel display; a third detection means configured to detect that the instruction object having been held in contact with the touch panel display is detached therefrom; and a control means , characterized in that the control means is configured to, in a case where the first detection means detects that an instruction object touches an area of a display item on the touch panel display, select the display item which exists in the touched area, wherein, in a case where the second detection means detects that the instruction object is moving while touching the touch panel display, the control means is configured to carry out processing associated with the selected display item, if the third detection means detects that the instruction object is detached from the touch panel display before a moving distance of the instruction object has reached a predetermined threshold value, and to not carry out the processing if the moving distance of the instruction object has reached the predetermined threshold value before the third detection means detects that the instruction object is detached from the touch panel display.
A gyratory crusher main shaft sleeve for friction fitting over an uppermost tapered end of a crusher main shaft , the sleeve comprising: an elongate axial wall from an upper end to a lower end extending and being centred around a centre axis and having an external facing surface and an internal facing surface aligned transverse to taper inwardly towards the axis , and wherein the tapering is defined by a sleeve tapering angle (γ) between the internal facing surface and an imaginary axis being parallel with the axis ; and wherein the internal surface of the sleeve has a section in axial direction with an upper end and a lower end , which sleeve section from the upper end to the lower end has a section tapering angle (α) between the internal surface and the imaginary axis being different compared to the sleeve angle (γ) defining the tapering of the sleeve from the sleeve upper end to the section upper end , characterized in that , the section angle (α) of the sleeve section is smaller than the sleeve angle (γ) of the sleeve . an elongate axial wall from an upper end to a lower end extending and being centred around a centre axis and having an external facing surface and an internal facing surface aligned transverse to taper inwardly towards the axis , and wherein the tapering is defined by a sleeve tapering angle (γ) between the internal facing surface and an imaginary axis being parallel with the axis ; and wherein the internal surface of the sleeve has a section in axial direction with an upper end and a lower end , which sleeve section from the upper end to the lower end has a section tapering angle (α) between the internal surface and the imaginary axis being different compared to the sleeve angle (γ) defining the tapering of the sleeve from the sleeve upper end to the section upper end , characterized in that , the section angle (α) of the sleeve section is smaller than the sleeve angle (γ) of the sleeve .
A method for detecting an element, the method comprising: coupling a first element-sugar complex to a first substrate, the first element-sugar complex comprising a first element coupled to a first sugar; coupling a first lectin to the first sugar; and detecting the first element using at least detection of the first lectin wherein the first element comprises an analyte, the analyte comprising a first nucleotide; wherein coupling the first element-sugar complex to the first substrate comprises incorporating the first nucleotide into a first oligonucleotide coupled to the first substrate; wherein the first oligonucleotide is hybridized to a second oligonucleotide, and wherein incorporating the first nucleotide into the first oligonucleotide comprises extending the first oligonucleotide using at least a sequence of the second oligonucleotide. coupling a first element-sugar complex to a first substrate, the first element-sugar complex comprising a first element coupled to a first sugar; coupling a first lectin to the first sugar; and detecting the first element using at least detection of the first lectin wherein the first element comprises an analyte, the analyte comprising a first nucleotide; wherein coupling the first element-sugar complex to the first substrate comprises incorporating the first nucleotide into a first oligonucleotide coupled to the first substrate; wherein the first oligonucleotide is hybridized to a second oligonucleotide, and wherein incorporating the first nucleotide into the first oligonucleotide comprises extending the first oligonucleotide using at least a sequence of the second oligonucleotide.
A shaving razor comprising a handle and a blade cartridge unit , the handle comprising: • a main body ; • a first substantially flat metal arm having a first proximal portion and a first distal end , the first proximal portion being rigidly coupled or slidably interlocked to the main body at a first location; • a second arm having a second proximal portion and a second distal end , the second proximal portion being rigidly coupled or slidably interlocked to the main body at a second location; and • the first and second distal ends being in spaced relationship, characterized that the handle further comprises a pivoting head pivotally coupled between the first and second distal ends , and the blade cartridge unit is attached to the pivoting head such that the blade cartridge unit can pivot on the handle . • a main body ; • a first substantially flat metal arm having a first proximal portion and a first distal end , the first proximal portion being rigidly coupled or slidably interlocked to the main body at a first location; • a second arm having a second proximal portion and a second distal end , the second proximal portion being rigidly coupled or slidably interlocked to the main body at a second location; and • the first and second distal ends being in spaced relationship, characterized that the handle further comprises a pivoting head pivotally coupled between the first and second distal ends , and the blade cartridge unit is attached to the pivoting head such that the blade cartridge unit can pivot on the handle .
An electric motor comprising a stator , a rotor and a can arranged between the stator and the rotor , wherein the electric motor is designed as a 2- or 3-phase motor, the stator includes several stator pole pairs , which are each formed by two adjacent stator poles , which are configured to generate oppositely polarized magnetic fields, the stator poles are designed as pole webs with coils arranged thereon, wherein the coils of two adjacent stator poles forming a stator pole pair are electrically connected in series, and the rotor includes a plurality of magnetic rotor poles distributed over the circumference, and is configured to enable a magnetic flux between two adjacent rotor poles , characterized in that the coils of the stator poles of two diametrically opposed stator pole pairs are electrically connected in series, so that current is supplied to two diametrically opposed stator pole pairs at the same time in each case, and that the coils are wired together via a circuit board arranged on the stator .
A rotary compressor, comprising: a rotary shaft ; a plurality of bearings supporting the rotary shaft ; a cylinder provided between the plurality of bearings to define a compression space (V), and provided with a vane slot ; a roller slidably coupled to the rotary shaft to be provided inside the cylinder , and disposed with a hinge groove on an outer circumferential surface thereof; and a vane , one end which is slidably coupled to the vane slot of the cylinder , and the other end of which is rotatably coupled to the hinge groove of the roller , wherein when an imaginary line passing through an axial center (O) of the rotary shaft and a hinge center of the vane is referred to as a first center line (CL1), and a radial center line of the vane slot passing through the hinge center of the vane is referred to as a second center line (CL2), the vane slot is disposed such that the second center line (CL2) and the first center line (CL1) intersect at a hinge center of the vane (O') at a preset tilting angle (α), characterized in that the hinge groove is disposed to be asymmetrical with respect to the second center line (CL2), and wherein the hinge groove is disposed with a first inner circumferential surface located on the suction side and a second inner circumferential surface located on the discharge side with respect to the second center line (CL2), and an arc length of the first inner circumferential surface is disposed to be smaller than that of the second inner circumferential surface . a rotary shaft ; a plurality of bearings supporting the rotary shaft ; a cylinder provided between the plurality of bearings to define a compression space (V), and provided with a vane slot ; a roller slidably coupled to the rotary shaft to be provided inside the cylinder , and disposed with a hinge groove on an outer circumferential surface thereof; and a vane , one end which is slidably coupled to the vane slot of the cylinder , and the other end of which is rotatably coupled to the hinge groove of the roller , wherein when an imaginary line passing through an axial center (O) of the rotary shaft and a hinge center of the vane is referred to as a first center line (CL1), and a radial center line of the vane slot passing through the hinge center of the vane is referred to as a second center line (CL2), the vane slot is disposed such that the second center line (CL2) and the first center line (CL1) intersect at a hinge center of the vane (O') at a preset tilting angle (α), characterized in that the hinge groove is disposed to be asymmetrical with respect to the second center line (CL2), and wherein the hinge groove is disposed with a first inner circumferential surface located on the suction side and a second inner circumferential surface located on the discharge side with respect to the second center line (CL2), and an arc length of the first inner circumferential surface is disposed to be smaller than that of the second inner circumferential surface .